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{
"id": "mp-1224912",
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{
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{
"id": "mp-1179922",
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"structure_string": "Pt4 N8 O16\n1.0\n4.929741 0.000000 0.000000\n0.000000 8.729685 0.000000\n0.000000 4.144204 15.603594\nPt N O\n4 8 16\ndirect\n0.500000 0.000000 0.500000 Pt\n0.000000 0.500000 0.500000 Pt\n0.500000 0.500000 0.000000 Pt\n0.000000 0.000000 0.000000 Pt\n0.766832 0.879347 0.562087 N\n0.266832 0.620653 0.437913 N\n0.233168 0.120653 0.437913 N\n0.733168 0.379347 0.562087 N\n0.234089 0.554854 0.064993 N\n0.734089 0.945146 0.935007 N\n0.765911 0.445146 0.935007 N\n0.265911 0.054854 0.064993 N\n0.441545 0.699357 0.398196 O\n0.941545 0.800643 0.601804 O\n0.558455 0.300643 0.601804 O\n0.058455 0.199357 0.398196 O\n0.560723 0.907169 0.893669 O\n0.060723 0.592831 0.106331 O\n0.439277 0.092831 0.106331 O\n0.939277 0.407169 0.893669 O\n0.890050 0.877972 0.260270 O\n0.390050 0.622028 0.739730 O\n0.109950 0.122028 0.739730 O\n0.609950 0.377972 0.260270 O\n0.254967 0.711223 0.771591 O\n0.754967 0.788777 0.228409 O\n0.745033 0.288777 0.228409 O\n0.245033 0.211223 0.771591 O\n",
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{
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"created_at": "2022-09-04T14:39:11.920731Z",
"structure_string": "Na8 Sr4 Nd8 Ti20 O60\n1.0\n5.565160 0.012280 0.000000\n0.012258 5.494740 0.000000\n0.000000 0.000000 38.711929\nNa Sr Nd Ti O\n8 4 8 20 60\ndirect\n0.520433 0.995654 0.650000 Na\n0.522584 0.996028 0.451211 Na\n0.522584 0.996028 0.848789 Na\n0.974200 0.503716 0.150000 Na\n0.978342 0.496852 0.550609 Na\n0.978342 0.496852 0.749391 Na\n0.976281 0.500800 0.351239 Na\n0.976281 0.500800 0.948761 Na\n0.008190 0.493488 0.049251 Sr\n0.008190 0.493488 0.250749 Sr\n0.502656 0.998267 0.049169 Sr\n0.502656 0.998267 0.250831 Sr\n0.055247 0.486965 0.451125 Nd\n0.054520 0.487649 0.650000 Nd\n0.055247 0.486965 0.848875 Nd\n0.453969 0.991951 0.351626 Nd\n0.462587 0.995724 0.150000 Nd\n0.444712 0.987711 0.550618 Nd\n0.444712 0.987711 0.749382 Nd\n0.453969 0.991951 0.948374 Nd\n0.981188 0.000902 0.997762 Ti\n0.984684 0.000567 0.199590 Ti\n0.989944 0.982798 0.400971 Ti\n0.981188 0.000902 0.302238 Ti\n0.984854 0.982369 0.501562 Ti\n0.984854 0.982369 0.798438 Ti\n0.984576 0.982609 0.599701 Ti\n0.984576 0.982609 0.700299 Ti\n0.989944 0.982798 0.899029 Ti\n0.491188 0.494813 0.100174 Ti\n0.490133 0.493129 0.302058 Ti\n0.513717 0.482235 0.500388 Ti\n0.515118 0.484519 0.897814 Ti\n0.490133 0.493129 0.997942 Ti\n0.513354 0.482303 0.699091 Ti\n0.491188 0.494813 0.199826 Ti\n0.513354 0.482303 0.600909 Ti\n0.515118 0.484519 0.402186 Ti\n0.513717 0.482235 0.799612 Ti\n0.984684 0.000567 0.100410 Ti\n0.998855 0.951523 0.049104 O\n0.998855 0.951523 0.250896 O\n0.985196 0.925939 0.451191 O\n0.984019 0.926099 0.650000 O\n0.985196 0.925939 0.848809 O\n0.244890 0.740654 0.194192 O\n0.244890 0.740654 0.105808 O\n0.241322 0.739212 0.307793 O\n0.214552 0.726957 0.507930 O\n0.214071 0.726915 0.593271 O\n0.214071 0.726915 0.706730 O\n0.218332 0.727213 0.394555 O\n0.214552 0.726957 0.792070 O\n0.241322 0.739212 0.992207 O\n0.218332 0.727213 0.905445 O\n0.276081 0.230697 0.095156 O\n0.274879 0.231049 0.296759 O\n0.274879 0.231049 0.003241 O\n0.289059 0.227214 0.493885 O\n0.288535 0.227144 0.692739 O\n0.276081 0.230697 0.204845 O\n0.290926 0.226482 0.408393 O\n0.290926 0.226482 0.891607 O\n0.288535 0.227144 0.607261 O\n0.289059 0.227214 0.806115 O\n0.515177 0.430019 0.351987 O\n0.510801 0.434014 0.150000 O\n0.518415 0.425861 0.550598 O\n0.518415 0.425861 0.749402 O\n0.515177 0.430019 0.948013 O\n0.503191 0.544287 0.049088 O\n0.503191 0.544287 0.250912 O\n0.485412 0.572262 0.650000 O\n0.486845 0.572357 0.451214 O\n0.486845 0.572357 0.848786 O\n0.728388 0.777950 0.106899 O\n0.728388 0.777950 0.193101 O\n0.725322 0.779745 0.308608 O\n0.710356 0.798124 0.393404 O\n0.706902 0.798292 0.508883 O\n0.706546 0.798164 0.592341 O\n0.706546 0.798164 0.707659 O\n0.706902 0.798292 0.791117 O\n0.725322 0.779745 0.991392 O\n0.710356 0.798124 0.906596 O\n0.770497 0.266955 0.094765 O\n0.769247 0.268061 0.004128 O\n0.770497 0.266955 0.205235 O\n0.769247 0.268061 0.295872 O\n0.798010 0.298708 0.409063 O\n0.795579 0.298151 0.691698 O\n0.796124 0.298003 0.492848 O\n0.795579 0.298151 0.608302 O\n0.798010 0.298708 0.890937 O\n0.796124 0.298003 0.807152 O\n0.023007 0.057723 0.150000 O\n0.019339 0.066877 0.351751 O\n0.015137 0.072720 0.550597 O\n0.015137 0.072720 0.749403 O\n0.019339 0.066877 0.948249 O\n",
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{
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"structure_string": "Na3 Cd2 Ir1 O6\n1.0\n4.997902 2.897318 0.000000\n-4.997902 2.897318 0.000000\n0.000000 1.993904 5.382370\nNa Cd Ir O\n3 2 1 6\ndirect\n0.500000 0.500000 0.500000 Na\n0.164420 0.835580 0.500000 Na\n0.835580 0.164420 0.500000 Na\n0.332600 0.667400 0.000000 Cd\n0.667400 0.332600 0.000000 Cd\n0.000000 0.000000 0.000000 Ir\n0.218707 0.218707 0.204779 O\n0.781293 0.781293 0.795221 O\n0.640935 0.929754 0.214669 O\n0.070246 0.359065 0.785331 O\n0.929754 0.640935 0.214669 O\n0.359065 0.070246 0.785331 O\n",
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{
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{
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"structure_string": "Li6 V8 O16\n1.0\n1.705520 4.847693 2.945014\n-1.678216 -4.848155 8.820143\n3.647153 -4.937127 0.008704\nLi V O\n6 8 16\ndirect\n0.501511 0.999295 0.502656 Li\n0.006138 0.495495 0.503848 Li\n0.285166 0.071699 0.069976 Li\n0.789997 0.569657 0.071470 Li\n0.217504 0.425583 0.933735 Li\n0.713166 0.930409 0.934401 Li\n0.247575 0.751298 0.497444 V\n0.746867 0.747152 0.499760 V\n0.505839 0.499378 0.500814 V\n0.746367 0.251298 0.995733 V\n0.249087 0.750880 0.998046 V\n0.746371 0.249484 0.497219 V\n0.251003 0.249922 0.498805 V\n0.996888 0.005815 0.499816 V\n0.101047 0.122638 0.705391 O\n0.614608 0.639176 0.703475 O\n0.397740 0.369961 0.295453 O\n0.887639 0.871006 0.305203 O\n0.646623 0.123856 0.261087 O\n0.150493 0.628963 0.265455 O\n0.885889 0.362509 0.271468 O\n0.387315 0.863445 0.265374 O\n0.109835 0.122638 0.261284 O\n0.625396 0.634349 0.260421 O\n0.614608 0.135008 0.729401 O\n0.109835 0.637419 0.730593 O\n0.385989 0.369941 0.743086 O\n0.879263 0.873704 0.729822 O\n0.855002 0.372452 0.739408 O\n0.345241 0.875570 0.729356 O\n",
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{
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"structure_string": "Cu9 Se8\n1.0\n-3.869760 0.000000 0.000000\n1.933182 3.395040 0.000000\n-0.098821 -2.130132 -26.182743\nCu Se\n9 8\ndirect\n0.272295 0.640642 0.031993 Cu\n0.725286 0.281643 0.153195 Cu\n0.370123 0.630299 0.218543 Cu\n0.751228 0.252548 0.343339 Cu\n0.125132 0.878393 0.465453 Cu\n0.499912 0.503891 0.590111 Cu\n0.874238 0.128936 0.714753 Cu\n0.248286 0.752210 0.838282 Cu\n0.596797 0.361918 0.957886 Cu\n0.938398 0.002120 0.995695 Se\n0.382863 0.633172 0.121956 Se\n0.712512 0.278520 0.250455 Se\n0.466469 0.528743 0.498195 Se\n0.091616 0.903296 0.373624 Se\n0.841222 0.154409 0.622713 Se\n0.215343 0.779573 0.746470 Se\n0.587905 0.402061 0.868210 Se\n",
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{
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{
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"structure_string": "Pr2 Ir1 Au1\n1.0\n0.000000 3.658200 3.658200\n3.658200 0.000000 3.658200\n3.658200 3.658200 0.000000\nPr Ir Au\n2 1 1\ndirect\n0.250000 0.250000 0.250000 Pr\n0.750000 0.750000 0.750000 Pr\n0.000000 0.000000 0.000000 Ir\n0.500000 0.500000 0.500000 Au\n",
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{
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]
}