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{
"id": "mp-559142",
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"structure_string": "K8 Li8 P16 O48\n1.0\n7.014832 6.975573 0.000000\n-7.014832 6.975573 0.000000\n0.000000 0.057282 12.015139\nK Li P O\n8 8 16 48\ndirect\n0.778713 0.531110 0.955717 K\n0.468890 0.221287 0.544283 K\n0.998683 0.746487 0.471272 K\n0.221287 0.468890 0.044283 K\n0.531110 0.778713 0.455717 K\n0.001317 0.253513 0.528728 K\n0.253513 0.001317 0.028728 K\n0.746487 0.998683 0.971272 K\n0.611819 0.772102 0.127587 Li\n0.255982 0.882671 0.567845 Li\n0.117329 0.744018 0.932155 Li\n0.388181 0.227898 0.872413 Li\n0.227898 0.388181 0.372413 Li\n0.772102 0.611819 0.627587 Li\n0.882671 0.255982 0.067845 Li\n0.744018 0.117329 0.432155 Li\n0.480189 0.519811 0.250000 P\n0.034326 0.965674 0.750000 P\n0.551495 0.289477 0.098975 P\n0.469359 0.948023 0.751780 P\n0.710523 0.448505 0.401025 P\n0.289477 0.551495 0.598975 P\n0.530641 0.051977 0.248220 P\n0.948023 0.469359 0.251780 P\n0.247024 0.053873 0.336732 P\n0.946127 0.752976 0.163268 P\n0.519811 0.480189 0.750000 P\n0.051977 0.530641 0.748220 P\n0.053873 0.247024 0.836732 P\n0.965674 0.034326 0.250000 P\n0.752976 0.946127 0.663268 P\n0.448505 0.710523 0.901025 P\n0.052700 0.128969 0.742318 O\n0.555021 0.451971 0.357089 O\n0.947300 0.871031 0.257682 O\n0.450023 0.789617 0.782232 O\n0.580134 0.036204 0.365863 O\n0.334480 0.479382 0.258806 O\n0.549977 0.210383 0.217768 O\n0.965842 0.583937 0.656070 O\n0.086682 0.915498 0.859058 O\n0.479382 0.334480 0.758806 O\n0.034158 0.416063 0.343930 O\n0.128969 0.052700 0.242318 O\n0.444979 0.548029 0.642911 O\n0.235433 0.932622 0.411043 O\n0.741845 0.575358 0.464652 O\n0.963796 0.419866 0.134137 O\n0.036204 0.580134 0.865863 O\n0.575358 0.741845 0.964652 O\n0.258087 0.191154 0.388728 O\n0.808846 0.741913 0.111272 O\n0.915498 0.086682 0.359058 O\n0.419866 0.963796 0.634137 O\n0.067378 0.764567 0.088957 O\n0.367656 0.031664 0.245625 O\n0.451971 0.555021 0.857089 O\n0.273410 0.685544 0.542099 O\n0.632344 0.968336 0.754375 O\n0.258155 0.424642 0.535348 O\n0.084502 0.913318 0.640942 O\n0.416063 0.034158 0.843930 O\n0.685544 0.273410 0.042099 O\n0.741913 0.808846 0.611272 O\n0.913318 0.084502 0.140942 O\n0.583937 0.965842 0.156070 O\n0.314456 0.726590 0.957901 O\n0.520618 0.665520 0.241194 O\n0.968336 0.632344 0.254375 O\n0.932622 0.235433 0.911043 O\n0.210383 0.549977 0.717768 O\n0.191154 0.258087 0.888728 O\n0.548029 0.444979 0.142911 O\n0.764567 0.067378 0.588957 O\n0.424642 0.258155 0.035348 O\n0.031664 0.367656 0.745625 O\n0.871031 0.947300 0.757682 O\n0.726590 0.314456 0.457901 O\n0.665520 0.520618 0.741194 O\n0.789617 0.450023 0.282232 O\n",
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"formula_full": "K8 Li8 P16 O48",
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"updated_at": "2021-11-28T01:38:26.209000Z",
"spacegroup": 15
},
{
"id": "mp-757627",
"created_at": "2022-09-04T14:41:06.787933Z",
"structure_string": "Li4 V12 P12 O44\n1.0\n9.758944 0.000000 0.000000\n0.000000 10.006444 0.000000\n0.000000 5.305599 8.938296\nLi V P O\n4 12 12 44\ndirect\n0.773384 0.360026 0.121084 Li\n0.726616 0.360026 0.621084 Li\n0.273384 0.639974 0.378916 Li\n0.226616 0.639974 0.878916 Li\n0.866431 0.725509 0.636852 V\n0.631717 0.094411 0.400294 V\n0.362102 0.072913 0.234997 V\n0.366431 0.274491 0.863148 V\n0.862102 0.927087 0.265003 V\n0.868283 0.094411 0.900294 V\n0.131717 0.905589 0.099706 V\n0.137898 0.072913 0.734997 V\n0.633569 0.725509 0.136852 V\n0.637898 0.927087 0.765003 V\n0.368283 0.905589 0.599706 V\n0.133569 0.274491 0.363148 V\n0.557272 0.598128 0.765279 P\n0.057272 0.401872 0.734721 P\n0.070711 0.241362 0.063381 P\n0.656558 0.120108 0.057845 P\n0.156558 0.879892 0.442155 P\n0.429289 0.241362 0.563381 P\n0.570711 0.758638 0.436619 P\n0.843442 0.120108 0.557845 P\n0.343442 0.879892 0.942155 P\n0.929289 0.758638 0.936619 P\n0.942728 0.598128 0.265279 P\n0.442728 0.401872 0.234721 P\n0.219086 0.756404 0.590603 O\n0.709889 0.571402 0.793949 O\n0.526345 0.618743 0.597479 O\n0.455565 0.473797 0.863349 O\n0.480937 0.241452 0.255147 O\n0.017048 0.279656 0.177304 O\n0.955565 0.526203 0.636651 O\n0.026345 0.381257 0.902521 O\n0.209889 0.428598 0.706051 O\n0.219548 0.042178 0.409613 O\n0.226793 0.223587 0.057328 O\n0.719514 0.134601 0.191220 O\n0.719086 0.243596 0.909397 O\n0.499667 0.119814 0.056716 O\n0.498374 0.909828 0.417650 O\n0.998374 0.090172 0.082350 O\n0.019063 0.241452 0.755147 O\n0.999667 0.880186 0.443284 O\n0.482952 0.279656 0.677304 O\n0.219514 0.865399 0.308780 O\n0.280452 0.042178 0.909613 O\n0.273207 0.223587 0.557328 O\n0.726793 0.776413 0.442672 O\n0.719548 0.957822 0.090387 O\n0.780486 0.134601 0.691220 O\n0.517048 0.720344 0.322696 O\n0.000333 0.119814 0.556716 O\n0.980937 0.758548 0.244853 O\n0.001626 0.909828 0.917650 O\n0.501626 0.090172 0.582350 O\n0.500333 0.880186 0.943284 O\n0.280914 0.756404 0.090603 O\n0.280486 0.865399 0.808780 O\n0.773207 0.776413 0.942672 O\n0.780452 0.957822 0.590387 O\n0.790111 0.571402 0.293949 O\n0.973655 0.618743 0.097479 O\n0.044435 0.473797 0.363349 O\n0.982952 0.720344 0.822696 O\n0.519063 0.758548 0.744853 O\n0.544435 0.526203 0.136651 O\n0.473655 0.381257 0.402521 O\n0.290111 0.428598 0.206051 O\n0.780914 0.243596 0.409397 O\n",
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{
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"structure_string": "Fe4 P16 C16 O40\n1.0\n13.130226 0.000000 0.000000\n0.000000 9.499576 0.000000\n0.000000 8.777459 10.444101\nFe P C O\n4 16 16 40\ndirect\n0.321306 0.594216 0.808860 Fe\n0.178694 0.594216 0.308860 Fe\n0.678694 0.405784 0.191140 Fe\n0.821306 0.405784 0.691140 Fe\n0.414303 0.817052 0.766827 P\n0.085697 0.817052 0.266827 P\n0.585697 0.182948 0.233173 P\n0.914303 0.182948 0.733173 P\n0.518080 0.164155 0.561413 P\n0.981920 0.164155 0.061413 P\n0.481920 0.835845 0.438587 P\n0.018080 0.835845 0.938587 P\n0.418512 0.117728 0.776558 P\n0.081488 0.117728 0.276558 P\n0.581488 0.882272 0.223442 P\n0.918512 0.882272 0.723442 P\n0.607234 0.911703 0.822095 P\n0.892766 0.911703 0.322095 P\n0.392766 0.088297 0.177905 P\n0.107234 0.088297 0.677905 P\n0.243934 0.411031 0.841456 C\n0.256066 0.411031 0.341456 C\n0.756066 0.588969 0.158544 C\n0.743934 0.588969 0.658544 C\n0.259398 0.754421 0.657712 C\n0.240602 0.754421 0.157712 C\n0.740602 0.245579 0.342288 C\n0.759398 0.245579 0.842288 C\n0.273094 0.551988 0.948021 C\n0.226906 0.551988 0.448021 C\n0.726906 0.448012 0.051979 C\n0.773094 0.448012 0.551979 C\n0.434763 0.483591 0.818544 C\n0.065237 0.483591 0.318544 C\n0.565237 0.516409 0.181456 C\n0.934763 0.516409 0.681456 C\n0.447650 0.976772 0.617435 O\n0.052350 0.976772 0.117435 O\n0.552350 0.023228 0.382565 O\n0.947650 0.023228 0.882565 O\n0.241099 0.522065 0.039256 O\n0.258901 0.522065 0.539256 O\n0.758901 0.477935 0.960744 O\n0.741099 0.477935 0.460744 O\n0.219542 0.857845 0.559135 O\n0.280458 0.857845 0.059135 O\n0.780458 0.142155 0.440865 O\n0.719542 0.142155 0.940865 O\n0.362949 0.938314 0.799978 O\n0.137051 0.938314 0.299978 O\n0.637051 0.061686 0.200022 O\n0.862949 0.061686 0.700022 O\n0.453044 0.240168 0.623831 O\n0.046956 0.240168 0.123831 O\n0.546956 0.759832 0.376169 O\n0.953044 0.759832 0.876169 O\n0.193909 0.294178 0.862200 O\n0.306091 0.294178 0.362200 O\n0.806091 0.705822 0.137800 O\n0.693909 0.705822 0.637800 O\n0.523911 0.761410 0.839752 O\n0.976089 0.761410 0.339752 O\n0.476089 0.238590 0.160248 O\n0.023911 0.238590 0.660248 O\n0.508966 0.410494 0.825637 O\n0.991034 0.410494 0.325637 O\n0.491034 0.589506 0.174363 O\n0.008966 0.589506 0.674363 O\n0.529417 0.021754 0.848645 O\n0.970583 0.021754 0.348645 O\n0.470583 0.978246 0.151355 O\n0.029417 0.978246 0.651355 O\n0.614909 0.062269 0.663545 O\n0.885091 0.062269 0.163545 O\n0.385091 0.937731 0.336455 O\n0.114909 0.937731 0.836455 O\n",
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{
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{
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{
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}