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{
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"structure_string": "Li12 Fe12 P12 O48\n1.0\n7.816248 0.000000 0.000000\n0.000000 8.895361 0.000000\n0.000000 8.640487 15.396926\nLi Fe P O\n12 12 12 48\ndirect\n0.005359 0.784141 0.929132 Li\n0.988430 0.154882 0.581414 Li\n0.155864 0.498652 0.249719 Li\n0.655864 0.501348 0.250281 Li\n0.488430 0.845118 0.918586 Li\n0.505359 0.215859 0.570868 Li\n0.494641 0.784141 0.429132 Li\n0.511570 0.154882 0.081414 Li\n0.344136 0.498652 0.749719 Li\n0.844136 0.501348 0.750281 Li\n0.011570 0.845118 0.418586 Li\n0.994641 0.215859 0.070868 Li\n0.668792 0.136566 0.406669 Fe\n0.831930 0.811464 0.768975 Fe\n0.667841 0.527425 0.075453 Fe\n0.167841 0.472575 0.424547 Fe\n0.331930 0.188536 0.731025 Fe\n0.168792 0.863434 0.093331 Fe\n0.831208 0.136566 0.906669 Fe\n0.668070 0.811464 0.268975 Fe\n0.832159 0.527425 0.575453 Fe\n0.332159 0.472575 0.924547 Fe\n0.168070 0.188536 0.231025 Fe\n0.331208 0.863434 0.593331 Fe\n0.247245 0.141710 0.406665 P\n0.243425 0.806170 0.775511 P\n0.250637 0.547190 0.070575 P\n0.750637 0.452810 0.429425 P\n0.743425 0.193830 0.724489 P\n0.747245 0.858290 0.093335 P\n0.252755 0.141710 0.906665 P\n0.256575 0.806170 0.275511 P\n0.249363 0.547190 0.570575 P\n0.749363 0.452810 0.929425 P\n0.756575 0.193830 0.224489 P\n0.752755 0.858290 0.593335 P\n0.423993 0.076884 0.394123 O\n0.887091 0.921127 0.636902 O\n0.384828 0.737030 0.846845 O\n0.207942 0.072992 0.504820 O\n0.798287 0.573214 0.967166 O\n0.740422 0.284996 0.280471 O\n0.248886 0.435400 0.171596 O\n0.070174 0.761676 0.825191 O\n0.429888 0.629045 0.036794 O\n0.256409 0.001540 0.709606 O\n0.122367 0.698654 0.041454 O\n0.238032 0.342675 0.361372 O\n0.738032 0.657325 0.138628 O\n0.622367 0.301346 0.458546 O\n0.756409 0.998460 0.790394 O\n0.929888 0.370955 0.463206 O\n0.570174 0.238324 0.674809 O\n0.748886 0.564600 0.328404 O\n0.240422 0.715004 0.219529 O\n0.298287 0.426786 0.532834 O\n0.707942 0.927008 0.995180 O\n0.884828 0.262970 0.653155 O\n0.387091 0.078873 0.863098 O\n0.923993 0.923116 0.105877 O\n0.076007 0.076884 0.894123 O\n0.612909 0.921127 0.136902 O\n0.115172 0.737030 0.346845 O\n0.292058 0.072992 0.004820 O\n0.701713 0.573214 0.467166 O\n0.759578 0.284996 0.780471 O\n0.251114 0.435400 0.671596 O\n0.429826 0.761676 0.325191 O\n0.070112 0.629045 0.536794 O\n0.243591 0.001540 0.209606 O\n0.377633 0.698654 0.541454 O\n0.261968 0.342675 0.861372 O\n0.761968 0.657325 0.638628 O\n0.743591 0.998460 0.290394 O\n0.877633 0.301346 0.958546 O\n0.570112 0.370955 0.963206 O\n0.929826 0.238324 0.174809 O\n0.751114 0.564600 0.828404 O\n0.259578 0.715004 0.719529 O\n0.201713 0.426786 0.032834 O\n0.792058 0.927008 0.495180 O\n0.615172 0.262970 0.153155 O\n0.112909 0.078873 0.363098 O\n0.576007 0.923116 0.605877 O\n",
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{
"id": "mp-556884",
"created_at": "2022-09-04T14:43:24.557613Z",
"structure_string": "Ca12 Si24 N24 O24\n1.0\n13.772312 0.000000 0.000000\n0.000000 7.385489 0.000000\n0.000000 2.179756 10.348385\nCa Si N O\n12 24 24 24\ndirect\n0.869964 0.745224 0.642724 Ca\n0.369964 0.254776 0.357276 Ca\n0.936481 0.918127 0.948363 Ca\n0.424852 0.411670 0.701527 Ca\n0.878686 0.411557 0.951039 Ca\n0.436481 0.081873 0.051637 Ca\n0.867071 0.080904 0.304617 Ca\n0.924852 0.588330 0.298473 Ca\n0.933057 0.256728 0.615410 Ca\n0.378686 0.588443 0.048961 Ca\n0.433057 0.743272 0.384590 Ca\n0.367071 0.919096 0.695383 Ca\n0.097047 0.623519 0.080119 Si\n0.100040 0.618101 0.583026 Si\n0.706094 0.048450 0.560553 Si\n0.594898 0.710901 0.699480 Si\n0.597699 0.047684 0.307962 Si\n0.204032 0.620203 0.329690 Si\n0.710694 0.046566 0.055586 Si\n0.704032 0.379797 0.670310 Si\n0.103937 0.287544 0.803065 Si\n0.592872 0.047365 0.808265 Si\n0.704579 0.712518 0.944383 Si\n0.097699 0.952316 0.692038 Si\n0.206094 0.951550 0.439447 Si\n0.204579 0.287482 0.055617 Si\n0.603937 0.712456 0.196935 Si\n0.092872 0.952635 0.191735 Si\n0.208054 0.621980 0.833412 Si\n0.204571 0.288593 0.548051 Si\n0.597047 0.376481 0.919881 Si\n0.094898 0.289099 0.300520 Si\n0.600040 0.381899 0.416974 Si\n0.704571 0.711407 0.451949 Si\n0.708054 0.378020 0.166588 Si\n0.210694 0.953434 0.944414 Si\n0.676736 0.145596 0.690170 N\n0.692732 0.807948 0.083139 N\n0.682365 0.139775 0.189943 N\n0.126641 0.521027 0.744890 N\n0.626641 0.478973 0.255110 N\n0.182365 0.860225 0.810057 N\n0.122012 0.860889 0.057400 N\n0.683452 0.477548 0.507634 N\n0.616617 0.807447 0.337501 N\n0.622012 0.139111 0.942600 N\n0.176736 0.854404 0.309830 N\n0.192732 0.192052 0.916861 N\n0.187010 0.192218 0.409860 N\n0.687010 0.807782 0.590140 N\n0.183452 0.522452 0.492366 N\n0.684686 0.474897 0.003316 N\n0.116617 0.192553 0.662499 N\n0.611091 0.808215 0.836085 N\n0.184686 0.525103 0.996684 N\n0.115213 0.526060 0.243848 N\n0.626548 0.146264 0.437409 N\n0.126548 0.853736 0.562591 N\n0.111091 0.191785 0.163915 N\n0.615213 0.473940 0.756152 N\n0.487930 0.426619 0.450203 O\n0.483362 0.080542 0.270082 O\n0.988118 0.265418 0.368296 O\n0.492871 0.756782 0.147892 O\n0.812316 0.736847 0.878801 O\n0.488118 0.734582 0.631704 O\n0.484425 0.397769 0.958220 O\n0.479857 0.102109 0.774247 O\n0.992871 0.243218 0.852108 O\n0.322212 0.896071 0.981950 O\n0.984425 0.602231 0.041780 O\n0.822212 0.103929 0.018050 O\n0.987930 0.573381 0.549797 O\n0.822417 0.397525 0.198255 O\n0.312316 0.263153 0.121199 O\n0.983362 0.919458 0.729918 O\n0.814867 0.758691 0.401525 O\n0.814506 0.424582 0.710645 O\n0.314867 0.241309 0.598475 O\n0.322417 0.602475 0.801745 O\n0.979857 0.897891 0.225753 O\n0.314506 0.575418 0.289355 O\n0.321587 0.921261 0.473779 O\n0.821587 0.078739 0.526221 O\n",
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{
"id": "mp-556787",
"created_at": "2022-09-04T14:43:22.357891Z",
"structure_string": "K8 Cu12 S12 O52\n1.0\n4.848411 9.637603 0.000000\n-4.848411 9.637603 0.000000\n0.000000 5.176883 13.525849\nK Cu S O\n8 12 12 52\ndirect\n0.933992 0.455754 0.874434 K\n0.919708 0.427841 0.439879 K\n0.455754 0.933992 0.374434 K\n0.572159 0.080292 0.060121 K\n0.066008 0.544246 0.125566 K\n0.427841 0.919708 0.939879 K\n0.080292 0.572159 0.560121 K\n0.544246 0.066008 0.625566 K\n0.676347 0.167566 0.293810 Cu\n0.960571 0.012500 0.857049 Cu\n0.539064 0.499517 0.840788 Cu\n0.012500 0.960571 0.357049 Cu\n0.323653 0.832434 0.706190 Cu\n0.499517 0.539064 0.340788 Cu\n0.167566 0.676347 0.793810 Cu\n0.500483 0.460936 0.659212 Cu\n0.832434 0.323653 0.206190 Cu\n0.987500 0.039429 0.642951 Cu\n0.039429 0.987500 0.142951 Cu\n0.460936 0.500483 0.159212 Cu\n0.115509 0.181128 0.714412 S\n0.181128 0.115509 0.214412 S\n0.756916 0.258413 0.007882 S\n0.623696 0.669928 0.135942 S\n0.258413 0.756916 0.507882 S\n0.330072 0.376304 0.364058 S\n0.741587 0.243084 0.492118 S\n0.818872 0.884491 0.785588 S\n0.243084 0.741587 0.992118 S\n0.376304 0.330072 0.864058 S\n0.669928 0.623696 0.635942 S\n0.884491 0.818872 0.285588 S\n0.309681 0.447972 0.258415 O\n0.199637 0.031929 0.141113 O\n0.814474 0.112933 0.972243 O\n0.193329 0.374400 0.423194 O\n0.722251 0.373585 0.408821 O\n0.806671 0.625600 0.576806 O\n0.529239 0.790915 0.631640 O\n0.447972 0.309681 0.758415 O\n0.277749 0.626415 0.591179 O\n0.700561 0.398354 0.926852 O\n0.398354 0.700561 0.426852 O\n0.846487 0.962840 0.681531 O\n0.114588 0.758516 0.961098 O\n0.282547 0.041053 0.700244 O\n0.962840 0.846487 0.181531 O\n0.601646 0.299439 0.573148 O\n0.112933 0.814474 0.472243 O\n0.466612 0.355495 0.908489 O\n0.552028 0.690319 0.241585 O\n0.153513 0.037160 0.318469 O\n0.882181 0.680057 0.298538 O\n0.117819 0.319943 0.701462 O\n0.106508 0.893492 0.750000 O\n0.041053 0.282547 0.200244 O\n0.374400 0.193329 0.923194 O\n0.299439 0.601646 0.073148 O\n0.533388 0.644505 0.091511 O\n0.241484 0.885412 0.538902 O\n0.185526 0.887067 0.027757 O\n0.885412 0.241484 0.038902 O\n0.613004 0.386996 0.250000 O\n0.355495 0.466612 0.408489 O\n0.717453 0.958947 0.299756 O\n0.968071 0.800363 0.358887 O\n0.690319 0.552028 0.741585 O\n0.680057 0.882181 0.798538 O\n0.893492 0.106508 0.250000 O\n0.958947 0.717453 0.799756 O\n0.373585 0.722251 0.908821 O\n0.319943 0.117819 0.201462 O\n0.209085 0.470761 0.868360 O\n0.644505 0.533388 0.591511 O\n0.470761 0.209085 0.368360 O\n0.386996 0.613004 0.750000 O\n0.887067 0.185526 0.527757 O\n0.758516 0.114588 0.461098 O\n0.031929 0.199637 0.641113 O\n0.626415 0.277749 0.091179 O\n0.625600 0.806671 0.076806 O\n0.790915 0.529239 0.131640 O\n0.800363 0.968071 0.858887 O\n0.037160 0.153513 0.818469 O\n",
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{
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"structure_string": "Co4 H36 C16 N4 O24\n1.0\n8.194558 0.000000 0.000000\n0.000000 8.469255 0.000000\n0.000000 0.000000 11.810909\nCo H C N O\n4 36 16 4 24\ndirect\n0.500000 0.500000 0.500000 Co\n0.000000 0.000000 0.000000 Co\n0.500000 0.500000 0.000000 Co\n0.000000 0.000000 0.500000 Co\n0.511968 0.148018 0.178749 H\n0.988032 0.648018 0.321251 H\n0.488032 0.851982 0.678749 H\n0.011968 0.351982 0.821251 H\n0.488032 0.851982 0.821251 H\n0.011968 0.351982 0.678749 H\n0.511968 0.148018 0.321251 H\n0.988032 0.648018 0.178749 H\n0.341244 0.090029 0.250000 H\n0.158756 0.590029 0.250000 H\n0.658756 0.909971 0.750000 H\n0.841244 0.409971 0.750000 H\n0.222738 0.724418 0.455994 H\n0.277262 0.224418 0.044006 H\n0.777262 0.275582 0.955994 H\n0.722738 0.775582 0.544006 H\n0.777262 0.275582 0.544006 H\n0.722738 0.775582 0.955994 H\n0.222738 0.724418 0.044006 H\n0.277262 0.224418 0.455994 H\n0.576811 0.487875 0.250000 H\n0.923189 0.987875 0.250000 H\n0.423189 0.512125 0.750000 H\n0.076811 0.012125 0.750000 H\n0.471350 0.861791 0.174215 H\n0.028650 0.361791 0.325785 H\n0.528650 0.138209 0.674215 H\n0.971350 0.638209 0.825785 H\n0.528650 0.138209 0.825785 H\n0.971350 0.638209 0.674215 H\n0.471350 0.861791 0.325785 H\n0.028650 0.361791 0.174215 H\n0.652793 0.913667 0.250000 H\n0.847207 0.413667 0.250000 H\n0.347207 0.086333 0.750000 H\n0.152793 0.586333 0.750000 H\n0.282641 0.784039 0.527955 C\n0.217359 0.284039 0.972045 C\n0.717359 0.215961 0.027955 C\n0.782641 0.715961 0.472045 C\n0.717359 0.215961 0.472045 C\n0.782641 0.715961 0.027955 C\n0.282641 0.784039 0.972045 C\n0.217359 0.284039 0.527955 C\n0.444779 0.513645 0.250000 C\n0.055221 0.013645 0.250000 C\n0.555221 0.486355 0.750000 C\n0.944779 0.986355 0.750000 C\n0.519770 0.919424 0.250000 C\n0.980230 0.419424 0.250000 C\n0.480230 0.080576 0.750000 C\n0.019770 0.580576 0.750000 C\n0.467837 0.087236 0.250000 N\n0.032163 0.587236 0.250000 N\n0.532163 0.912764 0.750000 N\n0.967837 0.412764 0.750000 N\n0.417347 0.725867 0.563179 O\n0.082653 0.225867 0.936821 O\n0.582653 0.274133 0.063179 O\n0.917347 0.774133 0.436821 O\n0.582653 0.274133 0.436821 O\n0.917347 0.774133 0.063179 O\n0.417347 0.725867 0.936821 O\n0.082653 0.225867 0.563179 O\n0.215457 0.904959 0.570549 O\n0.284543 0.404959 0.929451 O\n0.784543 0.095041 0.070549 O\n0.715457 0.595041 0.429451 O\n0.784543 0.095041 0.429451 O\n0.715457 0.595041 0.070549 O\n0.215457 0.904959 0.929451 O\n0.284543 0.404959 0.570549 O\n0.372252 0.528690 0.344662 O\n0.127748 0.028690 0.155338 O\n0.627748 0.471310 0.844662 O\n0.872252 0.971310 0.655338 O\n0.627748 0.471310 0.655338 O\n0.872252 0.971310 0.844662 O\n0.372252 0.528690 0.155338 O\n0.127748 0.028690 0.344662 O\n",
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{
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{
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{
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{
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{
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