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{
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"structure_string": "Ba1 Na1 Sc1\n1.0\n-0.000000 4.034702 4.034702\n4.034702 -0.000000 4.034702\n4.034702 4.034702 -0.000000\nBa Na Sc\n1 1 1\ndirect\n0.750000 0.750000 0.750000 Ba\n0.000000 0.000000 0.000000 Na\n0.500000 0.500000 0.500000 Sc\n",
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{
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"structure_string": "Mg4 Ti2\n1.0\n5.309330 -0.000000 -0.000000\n-2.654664 4.598014 0.000000\n0.000000 -0.000000 5.057909\nMg Ti\n4 2\ndirect\n0.654181 0.000000 0.000000 Mg\n0.345819 0.345818 0.000000 Mg\n0.000000 0.654181 0.000000 Mg\n0.000000 0.000000 0.500000 Mg\n0.666667 0.333333 0.500000 Ti\n0.333333 0.666666 0.500000 Ti\n",
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{
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{
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"structure_string": "B4 N4\n1.0\n3.205293 0.008235 0.000166\n-1.168741 -4.189713 -0.000117\n-1.602401 -0.004050 -4.732010\nB N\n4 4\ndirect\n0.566122 0.000113 0.131464 B\n0.434658 0.500113 0.868536 B\n0.564544 0.491828 0.386491 B\n0.178053 0.991827 0.613509 B\n0.777722 0.840341 0.391047 N\n0.386678 0.340342 0.608952 N\n0.510712 0.321316 0.131402 N\n0.379309 0.821313 0.868598 N\n",
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{
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"created_at": "2022-09-04T14:36:16.729850Z",
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"structure_string": "Te4 P4 Cl36\n1.0\n10.528089 -0.072478 -5.688156\n-6.881076 9.784162 -0.349264\n-0.136025 0.072478 11.965670\nTe P Cl\n4 4 36\ndirect\n0.095415 0.248545 0.346870 Te\n0.543782 0.827443 0.216339 Te\n0.901675 0.748545 0.653130 Te\n0.611104 0.327443 0.783661 Te\n0.507146 0.794510 0.732167 P\n0.062343 0.294510 0.787364 P\n0.062343 0.774979 0.267833 P\n0.507146 0.274979 0.212636 P\n0.093799 0.949767 0.644032 Cl\n0.514853 0.259699 0.378530 Cl\n0.687077 0.955057 0.897694 Cl\n0.271166 0.644535 0.126632 Cl\n0.911539 0.901618 0.815132 Cl\n0.057364 0.455057 0.767980 Cl\n0.911539 0.596407 0.509920 Cl\n0.687077 0.289383 0.232020 Cl\n0.301737 0.225207 0.576530 Cl\n0.513629 0.438829 0.182248 Cl\n0.058668 0.612390 0.301512 Cl\n0.881170 0.136323 0.621470 Cl\n0.256581 0.938829 0.425200 Cl\n0.529350 0.976176 0.357038 Cl\n0.895032 0.248892 0.146140 Cl\n0.086486 0.401618 0.490080 Cl\n0.305735 0.449767 0.355968 Cl\n0.529350 0.672312 0.053174 Cl\n0.858312 0.016641 0.341671 Cl\n0.619139 0.172313 0.642962 Cl\n0.489848 0.939358 0.050490 Cl\n0.102752 0.748892 0.853860 Cl\n0.310879 0.112390 0.053722 Cl\n0.619139 0.476176 0.946826 Cl\n0.513629 0.831380 0.574800 Cl\n0.881170 0.759699 0.244847 Cl\n0.517904 0.144535 0.873369 Cl\n0.674970 0.516641 0.658329 Cl\n0.514853 0.636323 0.755153 Cl\n0.310879 0.757156 0.698489 Cl\n0.256581 0.331381 0.817752 Cl\n0.648677 0.725207 0.423470 Cl\n0.888868 0.439358 0.949509 Cl\n0.086486 0.096407 0.184868 Cl\n0.058669 0.257157 0.946278 Cl\n0.057363 0.789383 0.102307 Cl\n",
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"structure_string": "Li12 Cr2 O8\n1.0\n4.521553 -0.000633 -0.000704\n0.000898 6.678271 0.000042\n0.001382 0.000076 6.678410\nLi Cr O\n12 2 8\ndirect\n0.250009 0.965244 0.534757 Li\n0.750012 0.034741 0.465256 Li\n0.178992 0.249995 0.750000 Li\n0.678993 0.249984 0.750011 Li\n0.749995 0.465265 0.465279 Li\n0.749994 0.465290 0.034711 Li\n0.750001 0.034712 0.034732 Li\n0.249994 0.534725 0.534743 Li\n0.821009 0.749988 0.250012 Li\n0.321008 0.749992 0.250005 Li\n0.249997 0.965275 0.965292 Li\n0.249992 0.534694 0.965302 Li\n0.749978 0.749998 0.750000 Cr\n0.250020 0.249990 0.250021 Cr\n0.439804 0.249993 0.520673 O\n0.060211 0.979330 0.250003 O\n0.560211 0.749991 0.020670 O\n0.560201 0.749991 0.479342 O\n0.060205 0.520648 0.250005 O\n0.939786 0.479336 0.750013 O\n0.439784 0.249994 0.979346 O\n0.939797 0.020653 0.750012 O\n",
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}