

delete from mu_position;


insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 1',  8.75, -0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 2',  18.69, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 3',  7.48, -0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 4',  5.78, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 5',  12.06, 6.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 6',  16.09, -0.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 7',  13.56, 6.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 8',  8.16, 6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 9',  8.11, -3.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 10', 18.51, 0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 11', 14.77, -0.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 12', 16.35, -2.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 13', 15.11, -4.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 14', 14.35, -8.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 15', 2.51, -2.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 16', 7.61, -2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 17', 7.16, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 18', 14.64, 4.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 19', 14.5, -5.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 20', 13.39, 6.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 21', 11.83, 7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 22', 9.96, -5.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 23', 16.99, -3.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 24', 14.2, -8.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 25', 10.74, 5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 26', 17.4, 5.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 27', 2.66, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 28', 5.81, 1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 29', 12.03, 7.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 30', 6.66, 7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 31', 17.82, -4.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 32', 7.9, 1.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 33', 15.11, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 34', 8.61, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 35', 8.46, -2.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 36', 11.11, 8.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 37', 11.05, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 38', 8.61, -3.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 39', 10.28, 2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 40', 7.89, 3.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 41', 13.01, -3.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 42', 8.6, -1.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 43', 18.14, -2.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 44', 2.57, -1.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 45', 13.28, 5.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 46', 19.23, 1.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 47', 9.76, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 48', 7.36, 7.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 49', 11.47, -6.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 50', 13.98, 5.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 51', 6.42, -7.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 52', 10.44, 5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 53', 6.62, -2.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 54', 7.14, 0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 55', 7.04, 8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 56', 5.48, 1.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 57', 19.23, 3.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 58', 8.37, -3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 59', 4.84, -5.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 60', 2.56, -1.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 61', 8.34, -5.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 62', 10.92, 8.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 63', 9.2, 7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 64', 18.13, 3.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 65', 6.76, 4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 66', 16.3, -4.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 67', 15.19, -7.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 68', 4.49, -3.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 69', 5.47, 7.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 70', 12.57, -0.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 71', 7.09, 0.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 72', 12.44, 5.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 73', 8.5, 7.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 74', 12.38, 7.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 75', 8.92, -7.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 76', 5.31, 1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 77', 3.16, 2.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 78', 15.21, -0.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 79', 15.34, 2.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 80', 15.6, -4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 81', 11.11, -7.53);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 82', 8.85, -1.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 83', 3.93, 0.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 84', 16.59, 1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 85', 16.34, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 86', 3.1, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 87', 14.54, 4.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 88', 9.29, -4.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 89', 6.24, 5.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 90', 16.42, 4.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 91', 15.7, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 92', 15.64, 7.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 93', 11.69, 1.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 94', 10.62, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 95', 10.08, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 96', 6.18, 7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 97', 18.03, 0.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 98', 12.98, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 99', 5.71, 2	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 100',4, 3.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 101',3.44, -4.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 102',10.97, -1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 103',9.18, 7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 104',16.11, -1.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 105',4.12, 0.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 106',3.47, -3.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 107',15.79, 6.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 108',15.39, 7	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 109',16.83, 2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 110',9.92, 2.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 111',6.43, 7.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 112',15.99, -2.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 113',7.29, -6.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 114',5.39, 3.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 115',3.55, 1.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 116',10.94, 8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 117',1.83, 0.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 118',13.34, 0.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 119',15.16, 7.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 120',2.97, -2.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 121',4.65, 6.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 122',2.75, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 123',18.69, -2.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 124',14.22, 4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 125',15.74, -3.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 126',3.81, -0.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 127',16.38, -1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 128',11.01, 4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 129',6.67, -2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 130',13.04, 5.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 131',12.49, -1.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 132',11.91, -6.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 133',17.68, 5.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 134',14.51, -5.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 135',11.77, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 136',5.74, -6.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 137',14.46, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 138',6.01, -4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 139',12.68, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 140',2.89, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 141',12.68, 0.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 142',18.54, -3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 143',10.13, 0.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 144',5.24, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 145',14.35, 0.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 146',14.76, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 147',11.91, 5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 148',17.97, -0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 149',9.31, 8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 150',19.67, -1.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 151',9.88, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 152',3.68, -4.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 153',4.46, -3.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 154',5.74, -6.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 155',7.91, -6.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 156',19.07, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 157',2.67, 3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 158',7.44, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 159',15.33, -1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 160',14.62, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 161',15.64, -6.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 162',2.46, -2.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 163',3.88, 5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 164',7.38, 5.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 165',5.35, 1.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 166',9.69, -5.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 167',8.57, -4.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 168',14.44, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 169',7.41, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 170',15.87, -4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 171',11.7, 9.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 172',1.75, -1.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 173',14.52, -6.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 174',10.92, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 175',11.13, 0.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 176',14.97, -7.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 177',9.11, -8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 178',10.8, 5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 179',8.31, 1.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 180',16.48, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 181',10.43, 5	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 182',18.93, -3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 183',14.58, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 184',11.74, -6.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 185',11.28, 3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 186',3.15, -1.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 187',4.25, -5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 188',14.72, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 189',14.49, 7.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 190',5.07, 5.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 191',15.82, 0.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 192',13.82, 5.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 193',13.7, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 194',16.14, 0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 195',14.21, -7.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 196',1.8, -0.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 197',8.75, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 198',11.89, 3.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 199',19.26, 2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 200',11.51, -3.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 201',7.86, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 202',15.45, -0.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 203',17.76, 0.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 204',7.73, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 205',15.98, -6.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 206',10.15, 1.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 207',17.01, 4.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 208',17.14, 4	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 209',4.99, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 210',17.38, -2.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 211',9.08, -5.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 212',8.98, -0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 213',12.27, 3.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 214',10.91, -2.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 215',16.13, 6.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 216',15.81, 7.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 217',2.77, -3.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 218',10.98, 6.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 219',5.69, -2.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 220',16.48, 1.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 221',6.4, 5.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 222',14.8, -7.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 223',5.47, -4.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 224',6.99, 1.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 225',14.22, 2.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 226',3.06, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 227',14.16, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 228',9.74, 7.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 229',7.39, -7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 230',6.59, 6.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 231',6.86, -4.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 232',5.4, -7.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 233',7.28, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 234',13.12, -4.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 235',17.51, 4.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 236',13.49, 1.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 237',13.34, 2.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 238',18.33, 2.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 239',12.68, -8.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 240',8.05, -5.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 241',3.92, -4.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 242',17.98, -2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 243',19.16, 2.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 244',17.5, 5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 245',12.15, -1.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 246',12.62, 6.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 247',12.97, 0.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 248',11.98, -4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 249',10.46, 6.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 250',4.63, -0.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 251',10.73, 3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 252',9.53, 6.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 253',17.34, 2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 254',4.48, 3.53);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 255',15.17, -3.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 256',6.67, -7.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 257',13.62, -1.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 258',13.98, 3.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 259',17.05, 2.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 260',4.7, 4.98);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 261',7.48, 6.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 262',7.9, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 263',3, 2.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 264',7.05, -8.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 265',14.7, -1.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 266',8.44, -4.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 267',9.86, -4.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 268',4.24, -1.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 269',3.83, 2.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 270',11.73, 7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 271',2.97, 1.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 272',13.44, 8.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 273',16.48, -2.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 274',11.62, -6.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 275',7.72, -5.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 276',17.81, 2.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 277',10.71, 8.62);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 278',12.61, -1.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 279',17.55, -0.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 280',16.59, 1.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 281',14.25, 2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 282',5.42, 7.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 283',17.75, -4.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 284',8.25, 3.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 285',5.98, 4.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 286',11.31, 3.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 287',13.53, 0.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 288',8.51, 8.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 289',8.53, 4.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 290',11.11, -3.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 291',10.49, -2.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 292',18.2, -4.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 293',12.36, 3.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 294',4.29, 6.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 295',6.28, -5.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 296',8.46, -3.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 297',13.82, -0.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 298',13.08, 7.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 299',19.61, -2.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 300',10.16, 6.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 301',10.15, -7.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 302',15.92, 4.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 303',10.08, -4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 304',17.92, 4.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 305',8.86, -8.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 306',10.51, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 307',5.29, 4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 308',10.67, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 309',3.82, -3.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 310',2.3, 2.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 311',12.98, 1.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 312',6.35, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 313',15.08, 4.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 314',2.98, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 315',15.56, 4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 316',6.73, 7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 317',18.37, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 318',7.28, -1.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 319',8.8, -5.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 320',19.11, -1.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 321',12.02, 1.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 322',7.97, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 323',18.2, 3.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 324',16.65, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 325',3.63, 5.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 326',11.48, 0.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 327',5.34, -6.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 328',12.95, 1.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 329',19.29, 0.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 330',14.99, 1	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 331',3.91, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 332',12.88, 0.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 333',13.53, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 334',14.08, -7.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 335',16.32, -4	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 336',7.54, -7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 337',16.59, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 338',11.64, -1.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 339',10.73, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 340',15.26, 5.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 341',11.16, -1.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 342',14.31, -8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 343',8.87, 0.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 344',13.85, -3.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 345',12.89, -7.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 346',14.56, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 347',5.97, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 348',14.59, -7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 349',7.85, -7.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 350',4.3, 0.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 351',7.98, -2.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 352',12, 7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 353',8.22, 5.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 354',5.8, 6.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 355',7.09, 6.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 356',2.35, -3.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 357',8.45, 0.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 358',18.22, -2.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 359',18.06, -4.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 360',16.38, -1.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 361',17.93, 2.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 362',9.22, -4.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 363',9.74, 7.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 364',15.03, -5.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 365',9.03, 1.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 366',11.51, 0.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 367',19.48, -0.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 368',15.59, -1.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 369',10.54, -7.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 370',5.64, 6.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 371',1.72, -1.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 372',16.92, -5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 373',3.82, 1.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 374',9.42, 8.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 375',2.9, -1.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 376',14.92, -7.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 377',3.67, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 378',10.75, 4.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 379',16.35, -2.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 380',12.74, 3.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 381',9.13, 6.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 382',7.28, 8.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 383',11.87, 8.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 384',16.19, -4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 385',15.21, 0.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 386',12, 0.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 387',10.67, -1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 388',13.54, -7.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 389',16.88, -1.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 390',7.54, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 391',16.27, -2.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 392',1.99, 1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 393',14.43, 4.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 394',4.59, 5.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 395',12.52, 2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 396',6.58, 5.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 397',4.42, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 398',11.47, -6.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 399',8.67, -0.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 400',6.38, -7.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 401',4.15, -1.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 402',4.52, 4.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 403',15.18, 7.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 404',6.12, 2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 405',3.87, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 406',13.39, 7.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 407',17.48, -2	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 408',2.43, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 409',15.42, 4.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 410',18.63, 3.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 411',6.31, -7.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 412',4.81, 2.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 413',9.73, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 414',10.41, -6.98);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 415',4.29, 6.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 416',15.62, -6.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 417',18.33, 2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 418',11.82, 8.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 419',16.34, -0.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 420',16.31, -1.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 421',4.69, -5.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 422',17.75, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 423',9.61, 7.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 424',1.92, -2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 425',11.42, -2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 426',9.25, 2.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 427',18.32, -0.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 428',18.56, -4.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 429',12.15, -5.08);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 430',11.07, -6.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 431',5.86, -1.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 432',19.45, 1.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 433',11.57, 5.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 434',16.23, 2.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 435',14.45, 4.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 436',15.28, 1.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 437',15.26, -2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 438',8.12, -3.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 439',18.63, -0.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 440',12.56, 7.93);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 441',6.62, 1.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 442',18.49, 2.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 443',18.43, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 444',2.43, 3.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 445',16.31, -6.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 446',18.34, -3.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 447',5.42, -5.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 448',11.01, -2.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 449',10.35, -3.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 450',6.04, -2.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 451',6.04, 2.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 452',16.8, 3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 453',2.38, 0.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 454',15.14, 6.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 455',7.04, 5.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 456',8.84, -3.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 457',6.9, 0.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 458',7.86, 5.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 459',5.73, 3.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 460',3.76, 0.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 461',16.53, -6.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 462',7.67, 3.08);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 463',8.1, 5.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 464',10.04, 1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 465',10.09, -6.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 466',6.5, -7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 467',10.85, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 468',9.55, -1.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 469',11.34, -2.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 470',1.59, -0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 471',9.91, -1.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 472',5.82, 3.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 473',19.05, -0.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 474',8.03, 2.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 475',14.04, 4.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 476',13.13, 5.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 477',14.92, -5.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 478',13.32, -4.74);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 479',8.64, 6.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 480',10.36, 6.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 481',14.78, 3.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 482',16.47, 3.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 483',13.68, 3.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 484',2.19, 3.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 485',13.53, 0.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 486',2.77, 0.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 487',10.33, 2.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 488',8.33, 0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 489',17.61, 3.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 490',8.18, 2.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 491',18.08, -1.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 492',10.32, 7.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 493',9.4, 1.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 494',13.91, 5.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 495',6.2, -6.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 496',4.36, -4.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 497',13.39, -7.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 498',7.55, 0.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 499',13.03, -4.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 500',10.2, 4.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 501',10.6, 7.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 502',8.65, 6.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 503',16.63, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 504',7.7, -6.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 505',7.03, 3.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 506',16.44, -2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 507',12.85, -2.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 508',7.35, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 509',5.35, 2.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 510',16.74, 0.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 511',9.42, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 512',5.92, 0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 513',3.68, 3.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 514',18.62, -0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 515',7.63, 5.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 516',18.84, 3.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 517',5.96, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 518',4.92, 5.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 519',18.6, 1.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 520',8.66, 1.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 521',7.69, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 522',5.54, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 523',15.31, -3.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 524',6.42, -7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 525',8.02, -4.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 526',17.26, 4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 527',11.25, -0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 528',5.7, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 529',11.24, -6.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 530',11.33, 1.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 531',17.21, -2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 532',6.49, -2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 533',12.82, -8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 534',5.38, -4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 535',16.97, -2.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 536',12.92, -4.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 537',17.83, 0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 538',15.68, 4.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 539',4.35, -4.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 540',18.11, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 541',13.84, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 542',8.9, -6.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 543',16.71, -3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 544',16.51, 2.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 545',3.47, -0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 546',15.61, 7.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 547',6.86, -2.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 548',4.12, -5.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 549',13.86, -3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 550',19.17, 2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 551',15.19, 5.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 552',14.58, 4.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 553',12.5, 5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 554',14.87, 1.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 555',14, -2.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 556',1.65, 1.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 557',9.21, 7.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 558',18.31, -3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 559',15.38, -5.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 560',6.16, -2.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 561',14.77, -3.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 562',15.1, -6.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 563',7.77, 0.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 564',13.39, 1.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 565',16.47, -0.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 566',9.73, -1.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 567',10.01, 2.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 568',12.84, 3.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 569',9.2, 8.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 570',19.24, 2.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 571',3.81, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 572',2.78, 4.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 573',18.42, 3.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 574',16.95, 4.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 575',13.99, 1.74);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 576',3.89, 1.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 577',18.53, -1.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 578',2.05, 1.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 579',4.75, 5.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 580',15.35, -6.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 581',5.07, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 582',10.03, 2.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 583',10.57, 7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 584',12.83, 3.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 585',15.41, 1.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 586',12.96, 0.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 587',16.14, -4.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 588',12.3, -8.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 589',18.86, -1.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 590',14.82, -5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 591',7.52, -3.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 592',9.48, 8.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 593',16.12, 5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 594',15.39, 1.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 595',14.69, 0.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 596',13.41, 4.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 597',13.1, -4.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 598',6.85, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 599',8.98, -6.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 600',13.34, -7.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 601',14.57, -7.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 602',5.13, 2.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 603',13.62, -7.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 604',12.49, 0.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 605',15.38, -7.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 606',11.68, 4.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 607',10.26, -2.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 608',6.75, -0.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 609',4.14, -2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 610',11.75, 7.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 611',17.22, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 612',13.55, 5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 613',12.4, 2.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 614',16.98, -1.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 615',2.12, -2.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 616',2.06, -0.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 617',4.65, 0.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 618',3.17, 0.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 619',4, 1.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 620',7.31, 1.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 621',14.48, 0.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 622',7.8, 1.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 623',11.46, -0.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 624',19.03, -3.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 625',7.38, 2.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 626',5.89, -3.08);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 627',3, -2.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 628',14.98, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 629',13.63, 7.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 630',11.43, -2.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 631',15.9, 0.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 632',7.61, -5.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 633',9.13, -0.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 634',7.46, -2.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 635',11.45, 9.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 636',5.35, 0.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 637',6.79, 5.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 638',15.4, 7.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 639',13.58, -5.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 640',14.78, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 641',11.52, -8.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 642',13.79, -5.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 643',4.91, 1.61);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 644',12.88, -8.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 645',14.97, 1.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 646',14.63, 0.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 647',7.73, 3.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 648',12.2, 4.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 649',9.72, 1.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 650',12.14, 6.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 651',4.99, 3.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 652',14.3, -2.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 653',10.7, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 654',16.3, 2.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 655',12.22, -6.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 656',11.96, -0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 657',6.97, -4.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 658',2.23, -0.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 659',17.33, 0.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 660',9.24, -2.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 661',11.07, 5.74);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 662',5.89, 4.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 663',11.16, -8.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 664',5.4, -6.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 665',17.45, 1.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 666',11.36, 7.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 667',11.89, 8.61);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 668',15.84, 7.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 669',16.48, 0.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 670',4.54, 3.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 671',12.94, 6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 672',14.98, -3.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 673',10.26, -4.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 674',16.71, -1.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 675',15.11, -4.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 676',8.8, 2.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 677',2.43, 1.53);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 678',18.65, 3.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 679',9.74, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 680',15.84, 2.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 681',2.65, -3.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 682',19.22, 0.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 683',5.73, -6.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 684',8.08, 0.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 685',1.62, -0.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 686',10.72, -6.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 687',4.97, -2.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 688',16.75, -2.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 689',2.96, -3.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 690',16.38, 2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 691',8.08, 1.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 692',7.75, 1.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 693',14.39, 5.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 694',18.08, 4.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 695',12.79, 5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 696',14.59, 4.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 697',11.32, 5.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 698',14.28, -4.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 699',9.86, -0.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 700',13.9, 4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 701',2.5, -2.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 702',9.01, 6.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 703',13.86, 5	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 704',5.31, -3.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 705',15.08, 4.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 706',12.3, 4.08);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 707',9.48, -3.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 708',14.09, 4.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 709',11.31, -9.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 710',7.23, 1.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 711',6.02, -7.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 712',6.61, 2.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 713',14.4, 5.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 714',13.27, -5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 715',10.52, -6.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 716',12.05, 3.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 717',3.66, -5.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 718',4.31, 0.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 719',14.95, -0.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 720',11.01, -7.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 721',4.01, -5.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 722',14.65, -7.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 723',16.11, -4.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 724',7.51, 5.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 725',8.49, 5.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 726',4.88, -2.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 727',5.51, -0.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 728',15.73, -4.61);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 729',13.91, 1.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 730',16.44, 0.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 731',18.79, 0.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 732',7.95, 5.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 733',14.52, -0.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 734',8.76, 3.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 735',15.46, 5.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 736',18.17, 2.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 737',7.92, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 738',15.21, -5.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 739',6.62, -1.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 740',16.64, -0.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 741',12.13, -4.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 742',14.04, -1.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 743',5.49, 4.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 744',14.98, 3.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 745',11.9, -7.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 746',16.21, 3.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 747',3.65, -5.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 748',5.64, 4.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 749',4.66, 1.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 750',3.37, 1.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 751',13.89, -8.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 752',3.63, -3.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 753',6.77, 5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 754',2.89, -1.62);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 755',12.79, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 756',15.82, -5.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 757',12.98, 6.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 758',12.01, -5.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 759',17.63, 0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 760',6.25, -7.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 761',6.91, 5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 762',10.22, -2.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 763',7.58, 0.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 764',11.87, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 765',15.27, -7.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 766',14.93, 7.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 767',11.9, 6.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 768',15.25, -2.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 769',9.05, 7.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 770',17.91, 1.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 771',7.82, -5.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 772',12.29, 6.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 773',16.34, -3.93);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 774',12.41, -2.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 775',14.33, 1.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 776',6.53, 2.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 777',10.64, 5.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 778',14.69, -6.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 779',11.13, -5.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 780',4, 1.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 781',16.55, 2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 782',12.13, -8.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 783',10.18, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 784',10.75, 5.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 785',12.95, -6.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 786',5.1, 3.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 787',14.44, -1.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 788',4.88, 4.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 789',14.12, 2.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 790',15.68, 6.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 791',4.43, -1.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 792',15.65, 0.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 793',13.88, -3.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 794',12.88, 7.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 795',16.48, 4.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 796',11.7, -2.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 797',14.43, -7.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 798',16.77, -6.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 799',3.07, -0.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN S 800',6.15, 4.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 1', 15.96, -1.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 2', 19.62, -0.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 3', 8.08, 6.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 4', 6.06, 0.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 5', 3.72, 2.74);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 6', 17.41, 1.62);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 7', 8.39, -0.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 8', 13.45, -2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 9', 3.79, -5.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 10',3.26, 5.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 11',9.56, 8.61);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 12',9.37, 5.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 13',7.97, -1.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 14',8, 3.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 15',19.19, 1.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 16',15.62, -5.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 17',13.85, -2.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 18',11.38, 8.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 19',8.1, -1.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 20',9.08, 6.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 21',4.72, -5.93);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 22',12.59, 3.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 23',16.65, -4.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 24',8.59, -3.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 25',8.98, 5.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 26',13.67, 2.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 27',5.33, -6.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 28',12.42, -4.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 29',8.49, -7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 30',4.01, -2.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 31',12.92, 6.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 32',9.93, 7.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 33',10.43, 1.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 34',8.36, -8.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 35',12.58, 3.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 36',17.35, -2.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 37',14.79, -8.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 38',9.25, 2.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 39',14.24, -5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 40',3.05, 1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 41',18.39, -0.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 42',17.53, 4.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 43',11.69, 0.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 44',10.22, -8.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 45',11.19, -0.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 46',5.51, -5.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 47',11.31, 1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 48',17.93, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 49',17.17, -0.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FR 50',18.52, 1.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 1', 12.65, 4.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 2', 8.07, 1.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 3', 15.97, -6.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 4', 15.8, -5.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 5', 10.84, 3.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 6', 2.28, -3.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 7', 5.76, 3.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 8', 8.96, -4.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 9', 8.22, -2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 10',5.16, -3.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 11',7.21, -2.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 12',16.36, -0.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 13',5.7, -2.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 14',9.41, -6.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 15',7.05, -6.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 16',9.03, 2.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 17',10.61, 5.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 18',2.48, -3.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 19',10.63, -7.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 20',7.38, 2.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 21',5.55, -0.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 22',7.62, -7.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 23',13.79, 0.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 24',18.73, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 25',12.59, 8.08);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 26',10.25, -9.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 27',7.67, -3.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 28',16.28, 0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 29',12.03, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 30',15.39, -6.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 31',13.35, 5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 32',2.54, 1.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 33',18.95, 2.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 34',3.76, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 35',3.54, -2.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 36',15.74, 6.93);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 37',9.95, -1.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 38',13.8, 6.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 39',13.41, -2.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 40',18.01, 1.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 41',5.67, -1.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 42',9.98, -6.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 43',12.16, -5.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 44',6.5, 3.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 45',17.51, 0.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 46',9.74, -1.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 47',18.1, -1.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 48',16.96, -2.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 49',10.13, -4.61);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('SOL', 'MN FF 50',2.8, 4.13);









insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 1',  8.75, -0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 2',  18.69, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 3',  7.48, -0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 4',  5.78, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 5',  12.06, 6.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 6',  16.09, -0.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 7',  13.56, 6.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 8',  8.16, 6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 9',  8.11, -3.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 10', 18.51, 0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 11', 14.77, -0.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 12', 16.35, -2.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 13', 15.11, -4.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 14', 14.35, -8.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 15', 2.51, -2.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 16', 7.61, -2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 17', 7.16, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 18', 14.64, 4.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 19', 14.5, -5.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 20', 13.39, 6.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 21', 11.83, 7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 22', 9.96, -5.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 23', 16.99, -3.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 24', 14.2, -8.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 25', 10.74, 5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 26', 17.4, 5.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 27', 2.66, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 28', 5.81, 1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 29', 12.03, 7.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 30', 6.66, 7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 31', 17.82, -4.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 32', 7.9, 1.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 33', 15.11, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 34', 8.61, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 35', 8.46, -2.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 36', 11.11, 8.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 37', 11.05, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 38', 8.61, -3.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 39', 10.28, 2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 40', 7.89, 3.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 41', 13.01, -3.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 42', 8.6, -1.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 43', 18.14, -2.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 44', 2.57, -1.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 45', 13.28, 5.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 46', 19.23, 1.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 47', 9.76, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 48', 7.36, 7.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 49', 11.47, -6.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 50', 13.98, 5.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 51', 6.42, -7.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 52', 10.44, 5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 53', 6.62, -2.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 54', 7.14, 0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 55', 7.04, 8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 56', 5.48, 1.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 57', 19.23, 3.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 58', 8.37, -3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 59', 4.84, -5.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 60', 2.56, -1.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 61', 8.34, -5.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 62', 10.92, 8.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 63', 9.2, 7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 64', 18.13, 3.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 65', 6.76, 4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 66', 16.3, -4.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 67', 15.19, -7.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 68', 4.49, -3.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 69', 5.47, 7.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 70', 12.57, -0.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 71', 7.09, 0.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 72', 12.44, 5.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 73', 8.5, 7.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 74', 12.38, 7.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 75', 8.92, -7.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 76', 5.31, 1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 77', 3.16, 2.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 78', 15.21, -0.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 79', 15.34, 2.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 80', 15.6, -4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 81', 11.11, -7.53);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 82', 8.85, -1.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 83', 3.93, 0.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 84', 16.59, 1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 85', 16.34, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 86', 3.1, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 87', 14.54, 4.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 88', 9.29, -4.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 89', 6.24, 5.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 90', 16.42, 4.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 91', 15.7, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 92', 15.64, 7.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 93', 11.69, 1.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 94', 10.62, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 95', 10.08, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 96', 6.18, 7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 97', 18.03, 0.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 98', 12.98, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 99', 5.71, 2	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 100',4, 3.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 101',3.44, -4.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 102',10.97, -1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 103',9.18, 7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 104',16.11, -1.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 105',4.12, 0.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 106',3.47, -3.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 107',15.79, 6.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 108',15.39, 7	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 109',16.83, 2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 110',9.92, 2.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 111',6.43, 7.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 112',15.99, -2.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 113',7.29, -6.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 114',5.39, 3.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 115',3.55, 1.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 116',10.94, 8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 117',1.83, 0.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 118',13.34, 0.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 119',15.16, 7.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 120',2.97, -2.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 121',4.65, 6.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 122',2.75, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 123',18.69, -2.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 124',14.22, 4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 125',15.74, -3.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 126',3.81, -0.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 127',16.38, -1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 128',11.01, 4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 129',6.67, -2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 130',13.04, 5.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 131',12.49, -1.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 132',11.91, -6.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 133',17.68, 5.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 134',14.51, -5.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 135',11.77, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 136',5.74, -6.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 137',14.46, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 138',6.01, -4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 139',12.68, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 140',2.89, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 141',12.68, 0.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 142',18.54, -3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 143',10.13, 0.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 144',5.24, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 145',14.35, 0.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 146',14.76, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 147',11.91, 5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 148',17.97, -0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 149',9.31, 8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 150',19.67, -1.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 151',9.88, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 152',3.68, -4.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 153',4.46, -3.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 154',5.74, -6.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 155',7.91, -6.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 156',19.07, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 157',2.67, 3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 158',7.44, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 159',15.33, -1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 160',14.62, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 161',15.64, -6.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 162',2.46, -2.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 163',3.88, 5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 164',7.38, 5.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 165',5.35, 1.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 166',9.69, -5.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 167',8.57, -4.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 168',14.44, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 169',7.41, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 170',15.87, -4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 171',11.7, 9.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 172',1.75, -1.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 173',14.52, -6.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 174',10.92, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 175',11.13, 0.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 176',14.97, -7.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 177',9.11, -8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 178',10.8, 5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 179',8.31, 1.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 180',16.48, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 181',10.43, 5	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 182',18.93, -3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 183',14.58, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 184',11.74, -6.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 185',11.28, 3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 186',3.15, -1.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 187',4.25, -5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 188',14.72, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 189',14.49, 7.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 190',5.07, 5.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 191',15.82, 0.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 192',13.82, 5.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 193',13.7, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 194',16.14, 0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 195',14.21, -7.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 196',1.8, -0.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 197',8.75, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 198',11.89, 3.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 199',19.26, 2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 200',11.51, -3.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 201',7.86, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 202',15.45, -0.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 203',17.76, 0.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 204',7.73, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 205',15.98, -6.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 206',10.15, 1.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 207',17.01, 4.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 208',17.14, 4	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 209',4.99, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 210',17.38, -2.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 211',9.08, -5.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 212',8.98, -0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 213',12.27, 3.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 214',10.91, -2.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 215',16.13, 6.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 216',15.81, 7.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 217',2.77, -3.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 218',10.98, 6.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 219',5.69, -2.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 220',16.48, 1.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 221',6.4, 5.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 222',14.8, -7.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 223',5.47, -4.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 224',6.99, 1.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 225',14.22, 2.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 226',3.06, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 227',14.16, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 228',9.74, 7.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 229',7.39, -7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 230',6.59, 6.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 231',6.86, -4.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 232',5.4, -7.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 233',7.28, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 234',13.12, -4.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 235',17.51, 4.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 236',13.49, 1.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 237',13.34, 2.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 238',18.33, 2.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 239',12.68, -8.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 240',8.05, -5.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 241',3.92, -4.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 242',17.98, -2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 243',19.16, 2.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 244',17.5, 5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 245',12.15, -1.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 246',12.62, 6.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 247',12.97, 0.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 248',11.98, -4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 249',10.46, 6.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN S 250',4.63, -0.82);



insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 1',10.15, -7.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 2',15.92, 4.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 3',10.08, -4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 4',17.92, 4.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 5',8.86, -8.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 6',10.51, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 7',5.29, 4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 8',10.67, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 9',3.82, -3.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 10',2.3, 2.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 11',12.98, 1.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 12',6.35, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 13',15.08, 4.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 14',2.98, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 15',15.56, 4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 16',6.73, 7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 17',18.37, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 18',7.28, -1.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 19',8.8, -5.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 20',19.11, -1.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 21',12.02, 1.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 22',7.97, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 23',18.2, 3.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 24',16.65, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 25',3.63, 5.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 26',11.48, 0.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 27',5.34, -6.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 28',12.95, 1.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 29',19.29, 0.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 30',14.99, 1	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 31',3.91, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 32',12.88, 0.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 33',13.53, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 34',14.08, -7.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 35',16.32, -4	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 36',7.54, -7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 37',16.59, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 38',11.64, -1.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 39',10.73, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 40',15.26, 5.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 41',11.16, -1.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 42',14.31, -8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 43',8.87, 0.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 44',13.85, -3.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 45',12.89, -7.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 46',14.56, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 47',5.97, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 48',14.59, -7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 49',7.85, -7.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 50',4.3, 0.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 51',7.98, -2.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 52',12, 7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 53',8.22, 5.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 54',5.8, 6.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 55',7.09, 6.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 56',2.35, -3.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 57',8.45, 0.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 58',18.22, -2.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 59',18.06, -4.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 60',16.38, -1.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 61',17.93, 2.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 62',9.22, -4.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 63',9.74, 7.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 64',15.03, -5.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 65',9.03, 1.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 66',11.51, 0.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 67',19.48, -0.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 68',15.59, -1.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 69',10.54, -7.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 70',5.64, 6.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 71',1.72, -1.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 72',16.92, -5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 73',3.82, 1.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 74',9.42, 8.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 75',2.9, -1.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 76',14.92, -7.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 77',3.67, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 78',10.75, 4.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 79',16.35, -2.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 80',12.74, 3.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 81',9.13, 6.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 82',7.28, 8.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 83',11.87, 8.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 84',16.19, -4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 85',15.21, 0.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 86',12, 0.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 87',10.67, -1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 88',13.54, -7.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 89',16.88, -1.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 90',7.54, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 91',16.27, -2.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 92',1.99, 1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 93',14.43, 4.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 94',4.59, 5.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 95',12.52, 2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 96',6.58, 5.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 97',4.42, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 98',11.47, -6.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 99',8.67, -0.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 100',6.38, -7.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 101',4.15, -1.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 102',4.52, 4.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 103',15.18, 7.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 104',6.12, 2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 105',3.87, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 106',13.39, 7.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 107',17.48, -2	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 108',2.43, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 109',15.42, 4.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 110',18.63, 3.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 111',6.31, -7.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 112',4.81, 2.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 113',9.73, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 114',10.41, -6.98);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 115',4.29, 6.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 116',15.62, -6.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 117',18.33, 2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 118',11.82, 8.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 119',16.34, -0.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 120',16.31, -1.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 121',4.69, -5.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 122',17.75, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 123',9.61, 7.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 124',1.92, -2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FR 125',11.42, -2.16);


insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 1',10.6, 7.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 2',8.65, 6.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 3',16.63, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 4',7.7, -6.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 5',7.03, 3.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 6',16.44, -2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 7',12.85, -2.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 8',7.35, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 9',5.35, 2.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 10',16.74, 0.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 11',9.42, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 12',5.92, 0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 13',3.68, 3.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 14',18.62, -0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 15',7.63, 5.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 16',18.84, 3.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 17',5.96, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 18',4.92, 5.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 19',18.6, 1.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 20',8.66, 1.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 21',7.69, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 22',5.54, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 23',15.31, -3.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 24',6.42, -7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 25',8.02, -4.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 26',17.26, 4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 27',11.25, -0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 28',5.7, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 29',11.24, -6.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 30',11.33, 1.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 31',17.21, -2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 32',6.49, -2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 33',12.82, -8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 34',5.38, -4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 35',16.97, -2.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 36',12.92, -4.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 37',17.83, 0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 38',15.68, 4.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 39',4.35, -4.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 40',18.11, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 41',13.84, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 42',8.9, -6.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 43',16.71, -3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 44',16.51, 2.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 45',3.47, -0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 46',15.61, 7.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 47',6.86, -2.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 48',4.12, -5.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 49',13.86, -3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 50',19.17, 2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 51',15.19, 5.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 52',14.58, 4.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 53',12.5, 5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 54',14.87, 1.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 55',14, -2.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 56',1.65, 1.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 57',9.21, 7.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 58',18.31, -3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 59',15.38, -5.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 60',6.16, -2.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 61',14.77, -3.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 62',15.1, -6.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 63',7.77, 0.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 64',13.39, 1.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 65',16.47, -0.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 66',9.73, -1.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 67',10.01, 2.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 68',12.84, 3.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 69',9.2, 8.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 70',19.24, 2.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 71',3.81, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 72',2.78, 4.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 73',18.42, 3.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 74',16.95, 4.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 75',13.99, 1.74);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 76',3.89, 1.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 77',18.53, -1.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 78',2.05, 1.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 79',4.75, 5.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 80',15.35, -6.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 81',5.07, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 82',10.03, 2.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 83',10.57, 7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 84',12.83, 3.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 85',15.41, 1.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 86',12.96, 0.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 87',16.14, -4.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 88',12.3, -8.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 89',18.86, -1.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 90',14.82, -5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 91',7.52, -3.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 92',9.48, 8.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 93',16.12, 5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 94',15.39, 1.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 95',14.69, 0.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 96',13.41, 4.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 97',13.1, -4.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 98',6.85, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 99',8.98, -6.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 100',13.34, -7.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 101',14.57, -7.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 102',5.13, 2.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 103',13.62, -7.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 104',12.49, 0.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 105',15.38, -7.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 106',11.68, 4.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 107',10.26, -2.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 108',6.75, -0.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 109',4.14, -2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 110',11.75, 7.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 111',17.22, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 112',13.55, 5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 113',12.4, 2.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 114',16.98, -1.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 115',2.12, -2.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 116',2.06, -0.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 117',4.65, 0.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 118',3.17, 0.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 119',4, 1.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 120',7.31, 1.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 121',14.48, 0.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 122',7.8, 1.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 123',11.46, -0.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 124',19.03, -3.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('MG', 'MN FF 125',7.38, 2.85);







insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 1',  8.75, -0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 2',  18.69, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 3',  7.48, -0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 4',  5.78, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 5',  12.06, 6.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 6',  16.09, -0.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 7',  13.56, 6.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 8',  8.16, 6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 9',  8.11, -3.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 10', 18.51, 0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 11', 14.77, -0.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 12', 16.35, -2.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 13', 15.11, -4.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 14', 14.35, -8.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 15', 2.51, -2.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 16', 7.61, -2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 17', 7.16, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 18', 14.64, 4.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 19', 14.5, -5.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 20', 13.39, 6.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 21', 11.83, 7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 22', 9.96, -5.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 23', 16.99, -3.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 24', 14.2, -8.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 25', 10.74, 5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 26', 17.4, 5.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 27', 2.66, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 28', 5.81, 1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 29', 12.03, 7.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 30', 6.66, 7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 31', 17.82, -4.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 32', 7.9, 1.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 33', 15.11, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 34', 8.61, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 35', 8.46, -2.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 36', 11.11, 8.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 37', 11.05, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 38', 8.61, -3.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 39', 10.28, 2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 40', 7.89, 3.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 41', 13.01, -3.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 42', 8.6, -1.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 43', 18.14, -2.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 44', 2.57, -1.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 45', 13.28, 5.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 46', 19.23, 1.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 47', 9.76, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 48', 7.36, 7.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 49', 11.47, -6.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 50', 13.98, 5.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 51', 6.42, -7.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 52', 10.44, 5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 53', 6.62, -2.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 54', 7.14, 0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 55', 7.04, 8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 56', 5.48, 1.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 57', 19.23, 3.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 58', 8.37, -3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 59', 4.84, -5.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 60', 2.56, -1.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 61', 8.34, -5.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 62', 10.92, 8.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 63', 9.2, 7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 64', 18.13, 3.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 65', 6.76, 4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 66', 16.3, -4.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 67', 15.19, -7.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 68', 4.49, -3.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 69', 5.47, 7.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 70', 12.57, -0.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 71', 7.09, 0.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 72', 12.44, 5.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 73', 8.5, 7.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 74', 12.38, 7.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 75', 8.92, -7.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 76', 5.31, 1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 77', 3.16, 2.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 78', 15.21, -0.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 79', 15.34, 2.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 80', 15.6, -4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 81', 11.11, -7.53);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 82', 8.85, -1.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 83', 3.93, 0.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 84', 16.59, 1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 85', 16.34, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 86', 3.1, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 87', 14.54, 4.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 88', 9.29, -4.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 89', 6.24, 5.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 90', 16.42, 4.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 91', 15.7, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 92', 15.64, 7.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 93', 11.69, 1.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 94', 10.62, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 95', 10.08, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 96', 6.18, 7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 97', 18.03, 0.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 98', 12.98, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 99', 5.71, 2	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 100',4, 3.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 101',3.44, -4.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 102',10.97, -1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 103',9.18, 7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 104',16.11, -1.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 105',4.12, 0.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 106',3.47, -3.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 107',15.79, 6.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 108',15.39, 7	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 109',16.83, 2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 110',9.92, 2.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 111',6.43, 7.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 112',15.99, -2.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 113',7.29, -6.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 114',5.39, 3.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 115',3.55, 1.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 116',10.94, 8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 117',1.83, 0.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 118',13.34, 0.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 119',15.16, 7.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 120',2.97, -2.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 121',4.65, 6.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 122',2.75, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 123',18.69, -2.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 124',14.22, 4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 125',15.74, -3.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 126',3.81, -0.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 127',16.38, -1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 128',11.01, 4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 129',6.67, -2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 130',13.04, 5.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 131',12.49, -1.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 132',11.91, -6.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 133',17.68, 5.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 134',14.51, -5.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 135',11.77, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 136',5.74, -6.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 137',14.46, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 138',6.01, -4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 139',12.68, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 140',2.89, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 141',12.68, 0.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 142',18.54, -3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 143',10.13, 0.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 144',5.24, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 145',14.35, 0.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 146',14.76, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 147',11.91, 5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 148',17.97, -0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 149',9.31, 8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 150',19.67, -1.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 151',9.88, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 152',3.68, -4.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 153',4.46, -3.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 154',5.74, -6.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 155',7.91, -6.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 156',19.07, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 157',2.67, 3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 158',7.44, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 159',15.33, -1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 160',14.62, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 161',15.64, -6.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 162',2.46, -2.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 163',3.88, 5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 164',7.38, 5.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 165',5.35, 1.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 166',9.69, -5.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 167',8.57, -4.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 168',14.44, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 169',7.41, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 170',15.87, -4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 171',11.7, 9.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 172',1.75, -1.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 173',14.52, -6.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 174',10.92, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 175',11.13, 0.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 176',14.97, -7.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 177',9.11, -8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 178',10.8, 5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 179',8.31, 1.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 180',16.48, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 181',10.43, 5	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 182',18.93, -3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 183',14.58, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 184',11.74, -6.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 185',11.28, 3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 186',3.15, -1.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 187',4.25, -5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 188',14.72, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 189',14.49, 7.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 190',5.07, 5.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 191',15.82, 0.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 192',13.82, 5.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 193',13.7, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 194',16.14, 0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 195',14.21, -7.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 196',1.8, -0.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 197',8.75, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 198',11.89, 3.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 199',19.26, 2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN S 200',11.51, -3.71);



insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 1',10.15, -7.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 2',15.92, 4.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 3',10.08, -4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 4',17.92, 4.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 5',8.86, -8.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 6',10.51, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 7',5.29, 4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 8',10.67, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 9',3.82, -3.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 10',2.3, 2.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 11',12.98, 1.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 12',6.35, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 13',15.08, 4.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 14',2.98, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 15',15.56, 4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 16',6.73, 7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 17',18.37, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 18',7.28, -1.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 19',8.8, -5.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 20',19.11, -1.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 21',12.02, 1.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 22',7.97, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 23',18.2, 3.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 24',16.65, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 25',3.63, 5.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 26',11.48, 0.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 27',5.34, -6.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 28',12.95, 1.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 29',19.29, 0.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 30',14.99, 1	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 31',3.91, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 32',12.88, 0.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 33',13.53, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 34',14.08, -7.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 35',16.32, -4	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 36',7.54, -7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 37',16.59, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 38',11.64, -1.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 39',10.73, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 40',15.26, 5.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 41',11.16, -1.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 42',14.31, -8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 43',8.87, 0.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 44',13.85, -3.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 45',12.89, -7.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 46',14.56, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 47',5.97, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 48',14.59, -7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 49',7.85, -7.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 50',4.3, 0.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 51',7.98, -2.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 52',12, 7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 53',8.22, 5.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 54',5.8, 6.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 55',7.09, 6.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 56',2.35, -3.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 57',8.45, 0.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 58',18.22, -2.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 59',18.06, -4.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 60',16.38, -1.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 61',17.93, 2.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 62',9.22, -4.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 63',9.74, 7.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 64',15.03, -5.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 65',9.03, 1.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 66',11.51, 0.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 67',19.48, -0.42);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 68',15.59, -1.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 69',10.54, -7.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 70',5.64, 6.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 71',1.72, -1.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 72',16.92, -5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 73',3.82, 1.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 74',9.42, 8.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 75',2.9, -1.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 76',14.92, -7.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 77',3.67, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 78',10.75, 4.68);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 79',16.35, -2.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 80',12.74, 3.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 81',9.13, 6.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 82',7.28, 8.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 83',11.87, 8.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 84',16.19, -4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 85',15.21, 0.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 86',12, 0.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 87',10.67, -1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 88',13.54, -7.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 89',16.88, -1.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 90',7.54, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 91',16.27, -2.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 92',1.99, 1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 93',14.43, 4.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 94',4.59, 5.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 95',12.52, 2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 96',6.58, 5.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 97',4.42, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 98',11.47, -6.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 99',8.67, -0.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FR 100',6.38, -7.01);


insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 1',10.6, 7.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 2',8.65, 6.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 3',16.63, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 4',7.7, -6.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 5',7.03, 3.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 6',16.44, -2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 7',12.85, -2.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 8',7.35, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 9',5.35, 2.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 10',16.74, 0.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 11',9.42, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 12',5.92, 0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 13',3.68, 3.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 14',18.62, -0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 15',7.63, 5.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 16',18.84, 3.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 17',5.96, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 18',4.92, 5.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 19',18.6, 1.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 20',8.66, 1.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 21',7.69, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 22',5.54, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 23',15.31, -3.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 24',6.42, -7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 25',8.02, -4.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 26',17.26, 4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 27',11.25, -0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 28',5.7, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 29',11.24, -6.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 30',11.33, 1.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 31',17.21, -2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 32',6.49, -2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 33',12.82, -8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 34',5.38, -4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 35',16.97, -2.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 36',12.92, -4.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 37',17.83, 0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 38',15.68, 4.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 39',4.35, -4.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 40',18.11, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 41',13.84, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 42',8.9, -6.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 43',16.71, -3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 44',16.51, 2.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 45',3.47, -0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 46',15.61, 7.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 47',6.86, -2.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 48',4.12, -5.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 49',13.86, -3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 50',19.17, 2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 51',15.19, 5.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 52',14.58, 4.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 53',12.5, 5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 54',14.87, 1.56);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 55',14, -2.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 56',1.65, 1.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 57',9.21, 7.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 58',18.31, -3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 59',15.38, -5.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 60',6.16, -2.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 61',14.77, -3.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 62',15.1, -6.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 63',7.77, 0.91);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 64',13.39, 1.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 65',16.47, -0.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 66',9.73, -1.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 67',10.01, 2.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 68',12.84, 3.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 69',9.2, 8.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 70',19.24, 2.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 71',3.81, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 72',2.78, 4.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 73',18.42, 3.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 74',16.95, 4.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 75',13.99, 1.74);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 76',3.89, 1.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 77',18.53, -1.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 78',2.05, 1.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 79',4.75, 5.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 80',15.35, -6.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 81',5.07, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 82',10.03, 2.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 83',10.57, 7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 84',12.83, 3.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 85',15.41, 1.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 86',12.96, 0.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 87',16.14, -4.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 88',12.3, -8.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 89',18.86, -1.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 90',14.82, -5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 91',7.52, -3.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 92',9.48, 8.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 93',16.12, 5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 94',15.39, 1.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 95',14.69, 0.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 96',13.41, 4.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 97',13.1, -4.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 98',6.85, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 99',8.98, -6.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('LG', 'MN FF 100',13.34, -7.94);






insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 1',  8.75, -0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 2',  18.69, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 3',  7.48, -0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 4',  5.78, 4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 5',  12.06, 6.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 6',  16.09, -0.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 7',  13.56, 6.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 8',  8.16, 6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 9',  8.11, -3.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 10', 18.51, 0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 11', 14.77, -0.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 12', 16.35, -2.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 13', 15.11, -4.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 14', 14.35, -8.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 15', 2.51, -2.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 16', 7.61, -2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 17', 7.16, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 18', 14.64, 4.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 19', 14.5, -5.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 20', 13.39, 6.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 21', 11.83, 7.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 22', 9.96, -5.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 23', 16.99, -3.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 24', 14.2, -8.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 25', 10.74, 5.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 26', 17.4, 5.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 27', 2.66, -0.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 28', 5.81, 1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 29', 12.03, 7.59);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 30', 6.66, 7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 31', 17.82, -4.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 32', 7.9, 1.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 33', 15.11, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 34', 8.61, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 35', 8.46, -2.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 36', 11.11, 8.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 37', 11.05, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 38', 8.61, -3.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 39', 10.28, 2.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 40', 7.89, 3.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 41', 13.01, -3.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 42', 8.6, -1.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 43', 18.14, -2.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 44', 2.57, -1.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 45', 13.28, 5.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 46', 19.23, 1.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 47', 9.76, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 48', 7.36, 7.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 49', 11.47, -6.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 50', 13.98, 5.1);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 51', 6.42, -7.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 52', 10.44, 5.26);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 53', 6.62, -2.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 54', 7.14, 0.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 55', 7.04, 8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 56', 5.48, 1.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 57', 19.23, 3.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 58', 8.37, -3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 59', 4.84, -5.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 60', 2.56, -1.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 61', 8.34, -5.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 62', 10.92, 8.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 63', 9.2, 7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 64', 18.13, 3.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 65', 6.76, 4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 66', 16.3, -4.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 67', 15.19, -7.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 68', 4.49, -3.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 69', 5.47, 7.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 70', 12.57, -0.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 71', 7.09, 0.63);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 72', 12.44, 5.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 73', 8.5, 7.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 74', 12.38, 7.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 75', 8.92, -7.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 76', 5.31, 1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 77', 3.16, 2.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 78', 15.21, -0.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 79', 15.34, 2.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 80', 15.6, -4.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 81', 11.11, -7.53);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 82', 8.85, -1.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 83', 3.93, 0.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 84', 16.59, 1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 85', 16.34, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 86', 3.1, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 87', 14.54, 4.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 88', 9.29, -4.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 89', 6.24, 5.92);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 90', 16.42, 4.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 91', 15.7, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 92', 15.64, 7.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 93', 11.69, 1.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 94', 10.62, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 95', 10.08, 0.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 96', 6.18, 7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 97', 18.03, 0.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 98', 12.98, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 99', 5.71, 2	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 100',4, 3.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 101',3.44, -4.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 102',10.97, -1.07);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 103',9.18, 7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 104',16.11, -1.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 105',4.12, 0.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 106',3.47, -3.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 107',15.79, 6.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 108',15.39, 7	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 109',16.83, 2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 110',9.92, 2.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 111',6.43, 7.37);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 112',15.99, -2.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 113',7.29, -6.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 114',5.39, 3.66);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 115',3.55, 1.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 116',10.94, 8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 117',1.83, 0.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 118',13.34, 0.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 119',15.16, 7.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 120',2.97, -2.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 121',4.65, 6.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 122',2.75, -1.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 123',18.69, -2.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 124',14.22, 4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 125',15.74, -3.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 126',3.81, -0.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 127',16.38, -1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 128',11.01, 4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 129',6.67, -2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 130',13.04, 5.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 131',12.49, -1.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 132',11.91, -6.46);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 133',17.68, 5.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 134',14.51, -5.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 135',11.77, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 136',5.74, -6.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 137',14.46, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 138',6.01, -4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 139',12.68, -6.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 140',2.89, 0.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 141',12.68, 0.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 142',18.54, -3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 143',10.13, 0.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 144',5.24, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 145',14.35, 0.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 146',14.76, -6.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 147',11.91, 5.02);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 148',17.97, -0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 149',9.31, 8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 150',19.67, -1.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 151',9.88, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 152',3.68, -4.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 153',4.46, -3.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 154',5.74, -6.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 155',7.91, -6.67);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 156',19.07, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 157',2.67, 3.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 158',7.44, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 159',15.33, -1.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 160',14.62, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 161',15.64, -6.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 162',2.46, -2.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 163',3.88, 5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 164',7.38, 5.87);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 165',5.35, 1.97);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 166',9.69, -5.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 167',8.57, -4.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 168',14.44, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 169',7.41, -1.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 170',15.87, -4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 171',11.7, 9.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 172',1.75, -1.77);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 173',14.52, -6.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 174',10.92, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 175',11.13, 0.18);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 176',14.97, -7.24);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 177',9.11, -8.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 178',10.8, 5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 179',8.31, 1.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 180',16.48, -6.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 181',10.43, 5	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 182',18.93, -3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 183',14.58, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 184',11.74, -6.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 185',11.28, 3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 186',3.15, -1.12);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 187',4.25, -5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 188',14.72, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 189',14.49, 7.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 190',5.07, 5.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 191',15.82, 0.27);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 192',13.82, 5.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 193',13.7, -8.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 194',16.14, 0.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 195',14.21, -7.44);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 196',1.8, -0.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 197',8.75, 2.38);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 198',11.89, 3.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 199',19.26, 2.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 200',11.51, -3.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 201',7.86, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 202',15.45, -0.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 203',17.76, 0.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 204',7.73, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 205',15.98, -6.09);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 206',10.15, 1.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 207',17.01, 4.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 208',17.14, 4	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 209',4.99, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 210',17.38, -2.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 211',9.08, -5.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 212',8.98, -0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 213',12.27, 3.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 214',10.91, -2.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 215',16.13, 6.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 216',15.81, 7.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 217',2.77, -3.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 218',10.98, 6.88);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 219',5.69, -2.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 220',16.48, 1.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 221',6.4, 5.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 222',14.8, -7.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 223',5.47, -4.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 224',6.99, 1.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 225',14.22, 2.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 226',3.06, 1.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 227',14.16, -5.8);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 228',9.74, 7.6);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 229',7.39, -7.03);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 230',6.59, 6.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 231',6.86, -4.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 232',5.4, -7.25);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 233',7.28, 7.47);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 234',13.12, -4.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 235',17.51, 4.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 236',13.49, 1.7);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 237',13.34, 2.13);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 238',18.33, 2.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 239',12.68, -8.35);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 240',8.05, -5.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 241',3.92, -4.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 242',17.98, -2.83);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 243',19.16, 2.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 244',17.5, 5.43);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 245',12.15, -1.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 246',12.62, 6.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 247',12.97, 0.75);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 248',11.98, -4.51);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 249',10.46, 6.36);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN S 250',4.63, -0.82);



insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 1',10.15, -7.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 2',15.92, 4.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 3',10.08, -4.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 4',17.92, 4.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 5',8.86, -8.15);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 6',10.51, -4.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 7',5.29, 4.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 8',10.67, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 9',3.82, -3.05);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 10',2.3, 2.34);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 11',12.98, 1.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 12',6.35, -5.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 13',15.08, 4.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 14',2.98, -0.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 15',15.56, 4.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 16',6.73, 7.22);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 17',18.37, -3.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 18',7.28, -1.39);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 19',8.8, -5.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 20',19.11, -1.52);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 21',12.02, 1.95);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 22',7.97, -6.5);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 23',18.2, 3.48);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 24',16.65, -2.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 25',3.63, 5.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 26',11.48, 0.78);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 27',5.34, -6.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 28',12.95, 1.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 29',19.29, 0.17);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 30',14.99, 1	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 31',3.91, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 32',12.88, 0.01);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 33',13.53, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 34',14.08, -7.49);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 35',16.32, -4	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 36',7.54, -7.3);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 37',16.59, 2.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 38',11.64, -1.32);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 39',10.73, 4.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 40',15.26, 5.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 41',11.16, -1.64);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 42',14.31, -8.29);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 43',8.87, 0.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 44',13.85, -3.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 45',12.89, -7.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 46',14.56, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 47',5.97, -5.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 48',14.59, -7.69);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 49',7.85, -7.2);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FR 50',4.3, 0.95);


insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 1',10.6, 7.84);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 2',8.65, 6.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 3',16.63, 0.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 4',7.7, -6.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 5',7.03, 3.94);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 6',16.44, -2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 7',12.85, -2.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 8',7.35, 4.82);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 9',5.35, 2.04);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 10',16.74, 0.58);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 11',9.42, 3.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 12',5.92, 0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 13',3.68, 3.31);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 14',18.62, -0.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 15',7.63, 5.81);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 16',18.84, 3.54);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 17',5.96, 1.28);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 18',4.92, 5.06);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 19',18.6, 1.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 20',8.66, 1.65);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 21',7.69, 4.86);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 22',5.54, -6.76);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 23',15.31, -3.14);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 24',6.42, -7.33);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 25',8.02, -4.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 26',17.26, 4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 27',11.25, -0.99);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 28',5.7, 2.23);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 29',11.24, -6.45);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 30',11.33, 1.4);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 31',17.21, -2.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 32',6.49, -2.71);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 33',12.82, -8.21);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 34',5.38, -4.55);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 35',16.97, -2.19);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 36',12.92, -4.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 37',17.83, 0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 38',15.68, 4.57);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 39',4.35, -4.16);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 40',18.11, -1.96);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 41',13.84, 5.73);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 42',8.9, -6.89);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 43',16.71, -3	);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 44',16.51, 2.11);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 45',3.47, -0.79);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 46',15.61, 7.41);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 47',6.86, -2.9);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 48',4.12, -5.72);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 49',13.86, -3.85);
insert into mu_position (cd_nucleus, cd_mu, position_y, position_z) values ('TA', 'MN FF 50',19.17, 2.28);
