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{
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"structure_string": "Li12 Fe8 P16 O56\n1.0\n-9.839331 0.000000 0.000000\n-0.007095 -9.848736 0.000000\n0.043429 2.324056 10.914492\nLi Fe P O\n12 8 16 56\ndirect\n0.283878 0.877737 0.548018 Li\n0.892651 0.913297 0.972538 Li\n0.600232 0.851729 0.959669 Li\n0.386461 0.586244 0.030090 Li\n0.786681 0.620407 0.448843 Li\n0.217117 0.391118 0.546230 Li\n0.928944 0.338371 0.466102 Li\n0.603702 0.411602 0.971424 Li\n0.908327 0.353229 0.955863 Li\n0.104552 0.089306 0.028509 Li\n0.430089 0.157280 0.534126 Li\n0.720787 0.104862 0.450615 Li\n0.074203 0.789516 0.324623 Fe\n0.792090 0.748324 0.178472 Fe\n0.289414 0.750615 0.825964 Fe\n0.576301 0.707061 0.664712 Fe\n0.424895 0.294030 0.314872 Fe\n0.710358 0.244089 0.175259 Fe\n0.213601 0.257625 0.832449 Fe\n0.929041 0.200115 0.676992 Fe\n0.549863 0.976043 0.245062 P\n0.287419 0.881895 0.118009 P\n0.076219 0.941123 0.760089 P\n0.853117 0.875491 0.572303 P\n0.351337 0.622096 0.424490 P\n0.573045 0.560382 0.240519 P\n0.947842 0.473834 0.242863 P\n0.790448 0.620240 0.884314 P\n0.203467 0.380214 0.117859 P\n0.049799 0.523641 0.754494 P\n0.427694 0.440527 0.756277 P\n0.646988 0.379962 0.573120 P\n0.151557 0.119650 0.421871 P\n0.929698 0.062347 0.242898 P\n0.706943 0.120818 0.887554 P\n0.449449 0.025896 0.757240 P\n0.586419 0.977171 0.375795 O\n0.159361 0.968933 0.438302 O\n0.919830 0.914499 0.270216 O\n0.403029 0.901940 0.223021 O\n0.640638 0.891242 0.144707 O\n0.173642 0.811612 0.176815 O\n0.349222 0.778365 0.000930 O\n0.728371 0.978894 0.916110 O\n0.938864 0.874499 0.695792 O\n0.061845 0.937535 0.893696 O\n0.467548 0.872632 0.783898 O\n0.718149 0.804661 0.594429 O\n0.195946 0.843278 0.706286 O\n0.928308 0.783463 0.465459 O\n0.427957 0.711599 0.533484 O\n0.689822 0.653226 0.300616 O\n0.215784 0.693356 0.409040 O\n0.965765 0.626661 0.224951 O\n0.433853 0.625326 0.301930 O\n0.559215 0.560961 0.106196 O\n0.234101 0.516774 0.086639 O\n0.839843 0.729504 0.996401 O\n0.668042 0.682850 0.825181 O\n0.906557 0.604330 0.780745 O\n0.414764 0.593440 0.734404 O\n0.153796 0.616424 0.839725 O\n0.653862 0.531291 0.556704 O\n0.902448 0.469776 0.371236 O\n0.075414 0.509644 0.620298 O\n0.339174 0.467920 0.431799 O\n0.860001 0.388564 0.140623 O\n0.581881 0.412083 0.269979 O\n0.095859 0.403697 0.230657 O\n0.322341 0.311395 0.173863 O\n0.134522 0.277588 0.009654 O\n0.767112 0.480248 0.913533 O\n0.429232 0.435319 0.890056 O\n0.575532 0.387775 0.704511 O\n0.037859 0.381994 0.796391 O\n0.786034 0.315038 0.582702 O\n0.322391 0.340748 0.683738 O\n0.558412 0.283507 0.477325 O\n0.068104 0.217532 0.519438 O\n0.823743 0.163713 0.313534 O\n0.293088 0.184546 0.411047 O\n0.534572 0.129084 0.223401 O\n0.928717 0.066992 0.108608 O\n0.078048 0.118283 0.293099 O\n0.257431 0.018202 0.086613 O\n0.648474 0.226620 0.997188 O\n0.830471 0.184169 0.836714 O\n0.354044 0.110657 0.849898 O\n0.596657 0.099710 0.775857 O\n0.093266 0.085698 0.730112 O\n0.835699 0.026129 0.561750 O\n0.414258 0.018742 0.624153 O\n",
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{
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{
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"structure_string": "Li32 Mn13 Cr3 O48\n1.0\n-5.004204 0.000000 0.000000\n-0.006520 -8.686481 0.000000\n1.609780 2.843279 19.144008\nLi Mn Cr O\n32 13 3 48\ndirect\n0.990323 0.166926 0.249596 Li\n0.872507 0.375633 0.375251 Li\n0.750206 0.249897 0.000063 Li\n0.741512 0.919822 0.000593 Li\n0.992561 0.168059 0.750176 Li\n0.756124 0.578579 0.499809 Li\n0.875766 0.374680 0.875256 Li\n0.748964 0.251536 0.499937 Li\n0.744031 0.920232 0.500047 Li\n0.624850 0.125026 0.124999 Li\n0.756898 0.580444 0.999786 Li\n0.509859 0.331027 0.249669 Li\n0.623731 0.124523 0.625117 Li\n0.499220 0.000003 0.249949 Li\n0.491494 0.668507 0.249710 Li\n0.507454 0.332714 0.750238 Li\n0.374479 0.875155 0.374732 Li\n0.500421 0.999669 0.750200 Li\n0.252067 0.749113 0.000143 Li\n0.491092 0.667780 0.749466 Li\n0.242827 0.420278 0.000186 Li\n0.377605 0.875156 0.874704 Li\n0.258652 0.078896 0.499562 Li\n0.249787 0.749854 0.500023 Li\n0.124886 0.625055 0.125000 Li\n0.243122 0.421231 0.500459 Li\n0.009109 0.832513 0.250440 Li\n0.256356 0.080525 0.999847 Li\n0.124591 0.624141 0.624858 Li\n0.000520 0.500389 0.249819 Li\n0.006848 0.831885 0.750214 Li\n0.001743 0.500311 0.749904 Li\n0.874936 0.708438 0.374838 Mn\n0.873377 0.039770 0.374185 Mn\n0.873615 0.041930 0.874421 Mn\n0.625754 0.791325 0.124938 Mn\n0.624704 0.458503 0.125008 Mn\n0.626086 0.791364 0.625000 Mn\n0.624183 0.459842 0.624690 Mn\n0.377402 0.543084 0.375565 Mn\n0.377456 0.540630 0.875856 Mn\n0.373751 0.208515 0.875147 Mn\n0.124649 0.958375 0.124936 Mn\n0.125654 0.291400 0.124999 Mn\n0.125616 0.956854 0.625356 Mn\n0.879938 0.708976 0.875003 Cr\n0.368105 0.210256 0.375003 Cr\n0.122740 0.289086 0.625091 Cr\n0.963965 0.106458 0.069143 O\n0.928364 0.785158 0.069019 O\n0.927862 0.427423 0.068312 O\n0.966609 0.106004 0.569345 O\n0.821708 0.964591 0.180620 O\n0.822381 0.322472 0.181847 O\n0.927990 0.784870 0.569140 O\n0.924027 0.429399 0.567580 O\n0.786072 0.643422 0.180768 O\n0.711940 0.855560 0.319023 O\n0.822139 0.965018 0.680684 O\n0.825926 0.324469 0.681788 O\n0.678984 0.535004 0.319040 O\n0.677748 0.176852 0.318137 O\n0.786788 0.643879 0.680822 O\n0.712135 0.859726 0.818409 O\n0.464239 0.606281 0.069285 O\n0.572105 0.715920 0.430791 O\n0.572603 0.073838 0.431767 O\n0.678159 0.537480 0.819383 O\n0.677887 0.178666 0.818343 O\n0.427858 0.927538 0.068141 O\n0.428165 0.285172 0.069162 O\n0.537913 0.397886 0.431491 O\n0.462895 0.607465 0.569355 O\n0.569205 0.714526 0.931172 O\n0.571209 0.072309 0.931809 O\n0.322437 0.822370 0.181589 O\n0.321977 0.464704 0.180921 O\n0.428547 0.927512 0.568241 O\n0.426246 0.286972 0.569220 O\n0.537952 0.392785 0.930990 O\n0.285987 0.143464 0.180828 O\n0.218890 0.355917 0.319250 O\n0.322212 0.821572 0.681726 O\n0.323761 0.465548 0.681245 O\n0.177577 0.677636 0.318130 O\n0.172879 0.032229 0.318330 O\n0.287292 0.140485 0.681273 O\n0.213765 0.356285 0.819359 O\n0.072455 0.572322 0.431516 O\n0.074747 0.212775 0.430666 O\n0.177221 0.676093 0.818451 O\n0.177713 0.034976 0.819348 O\n0.035961 0.893074 0.430646 O\n0.076027 0.570815 0.932451 O\n0.071942 0.214834 0.930928 O\n0.029968 0.892336 0.930727 O\n",
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{
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{
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"structure_string": "Na8 Fe4 C8 S2 O32\n1.0\n-0.017658 7.115234 6.958424\n6.939676 0.043486 6.896815\n6.979417 7.093304 0.004095\nNa Fe C S O\n8 4 8 2 32\ndirect\n0.914370 0.335197 0.335284 Na\n0.087972 0.075787 0.659031 Na\n0.657503 0.680778 0.087532 Na\n0.350679 0.321041 0.919475 Na\n0.908510 0.919134 0.324963 Na\n0.909405 0.326014 0.918760 Na\n0.086365 0.676890 0.659041 Na\n0.337391 0.913740 0.912104 Na\n0.497306 0.496144 0.003449 Fe\n0.502203 0.999809 0.495530 Fe\n0.500929 0.500625 0.501362 Fe\n0.000153 0.502419 0.494082 Fe\n0.642043 0.288597 0.284423 C\n0.285383 0.282642 0.291690 C\n0.289182 0.641059 0.287011 C\n0.282991 0.285483 0.643488 C\n0.713387 0.360187 0.713160 C\n0.713735 0.713904 0.360762 C\n0.359510 0.710980 0.717603 C\n0.714244 0.715881 0.711750 C\n0.125145 0.123946 0.123747 S\n0.873461 0.877936 0.873518 S\n0.307552 0.063051 0.058774 O\n0.063783 0.062360 0.060861 O\n0.064906 0.310962 0.060111 O\n0.056753 0.065377 0.306844 O\n0.643512 0.144126 0.312467 O\n0.397673 0.312887 0.146351 O\n0.646534 0.403721 0.138409 O\n0.314085 0.143819 0.408662 O\n0.138218 0.393286 0.319094 O\n0.644462 0.318793 0.395690 O\n0.318272 0.646173 0.142319 O\n0.395383 0.142722 0.643143 O\n0.691293 0.597184 0.352310 O\n0.860285 0.350949 0.599649 O\n0.402930 0.635403 0.318214 O\n0.138321 0.313732 0.647044 O\n0.597945 0.365484 0.684656 O\n0.854799 0.685302 0.363286 O\n0.308540 0.401777 0.647769 O\n0.142626 0.646450 0.399902 O\n0.687205 0.362380 0.853381 O\n0.598828 0.853296 0.363958 O\n0.354710 0.684025 0.605207 O\n0.859777 0.600899 0.687327 O\n0.686739 0.853575 0.593421 O\n0.364459 0.593177 0.857659 O\n0.355035 0.857663 0.691003 O\n0.600355 0.689272 0.857926 O\n0.930979 0.690220 0.932141 O\n0.940825 0.936330 0.687288 O\n0.939980 0.939677 0.928328 O\n0.691369 0.937732 0.935497 O\n",
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"structure_string": "Dy10 Ti5 O25\n1.0\n7.159015 0.000000 0.000000\n-3.547563 6.360117 0.000000\n-3.437500 -2.223233 12.019740\nDy Ti O\n10 5 25\ndirect\n0.990721 0.026078 0.979705 Dy\n0.465866 0.485427 0.992229 Dy\n0.499172 0.254770 0.236522 Dy\n0.486955 0.996738 0.990470 Dy\n0.994445 0.521966 0.527053 Dy\n0.518619 0.014028 0.521930 Dy\n0.494025 0.722449 0.750847 Dy\n0.473268 0.497157 0.481656 Dy\n0.593021 0.763728 0.249937 Dy\n0.005975 0.510203 0.013410 Dy\n0.026487 0.210493 0.241510 Ti\n0.990626 0.248083 0.738856 Ti\n0.017289 0.986835 0.498874 Ti\n0.010346 0.767938 0.758103 Ti\n0.507170 0.266394 0.755840 Ti\n0.353520 0.172272 0.053213 O\n0.900481 0.218410 0.084462 O\n0.368529 0.681038 0.567754 O\n0.324549 0.456511 0.285029 O\n0.374225 0.706971 0.080510 O\n0.655706 0.834192 0.431410 O\n0.698528 0.102894 0.228718 O\n0.925349 0.182921 0.586694 O\n0.905217 0.964028 0.781239 O\n0.912786 0.753684 0.592163 O\n0.674110 0.553693 0.177786 O\n0.314718 0.367502 0.781730 O\n0.077408 0.213110 0.403372 O\n0.328177 0.957940 0.792715 O\n0.090705 0.816860 0.431716 O\n0.098774 0.025203 0.199781 O\n0.323169 0.165836 0.590569 O\n0.675772 0.538806 0.723404 O\n0.641250 0.338012 0.917769 O\n0.667930 0.141809 0.709749 O\n0.619900 0.306879 0.434065 O\n0.066525 0.771708 0.917563 O\n0.083790 0.332810 0.915143 O\n0.076133 0.544933 0.716662 O\n0.622765 0.798689 0.932840 O\n",
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{
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"structure_string": "Sr2 Mg1 Zn2 Sn2 P4 O16\n1.0\n5.244805 0.027275 -1.113131\n-1.301053 6.900996 -2.191959\n0.235020 0.931896 10.728448\nSr Mg Zn Sn P O\n2 1 2 2 4 16\ndirect\n0.218850 0.780719 0.016094 Sr\n0.773680 0.191631 0.946759 Sr\n0.428877 0.025638 0.330165 Mg\n0.026137 0.431746 0.694009 Zn\n0.966483 0.567868 0.259308 Zn\n0.667989 0.892078 0.608509 Sn\n0.256741 0.299918 0.506233 Sn\n0.350547 0.373282 0.209854 P\n0.619173 0.606684 0.783145 P\n0.819388 0.941321 0.221611 P\n0.199442 0.029579 0.754856 P\n0.855394 0.535596 0.856111 O\n0.624863 0.436339 0.194984 O\n0.679122 0.824576 0.796701 O\n0.965639 0.146260 0.733858 O\n0.379578 0.560358 0.836551 O\n0.090819 0.833101 0.661264 O\n0.834041 0.122289 0.329460 O\n0.266784 0.036735 0.901466 O\n0.311231 0.159746 0.193599 O\n0.817032 0.958360 0.081707 O\n0.145882 0.435017 0.108761 O\n0.285138 0.475876 0.345993 O\n0.595829 0.512447 0.634764 O\n0.563450 0.817892 0.220655 O\n0.056926 0.836171 0.263055 O\n0.439062 0.122473 0.716777 O\n",
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{
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"structure_string": "Li12 V6 P16 O58\n1.0\n9.794659 0.000000 0.000000\n-4.896152 8.522312 0.000000\n-0.056407 -0.044250 13.962278\nLi V P O\n12 6 16 58\ndirect\n0.226774 0.909089 0.441951 Li\n0.089329 0.316851 0.442238 Li\n0.333438 0.669766 0.112905 Li\n0.233434 0.326544 0.936118 Li\n0.670485 0.900294 0.937814 Li\n0.322803 0.229393 0.562364 Li\n0.680493 0.771326 0.438209 Li\n0.332209 0.096601 0.058929 Li\n0.904257 0.675246 0.563177 Li\n0.771602 0.094239 0.561593 Li\n0.900028 0.230552 0.056882 Li\n0.987853 0.929518 0.990461 Li\n0.435621 0.436219 0.750159 V\n0.570410 0.565176 0.245238 V\n0.431910 0.001381 0.253028 V\n0.567682 0.000155 0.750899 V\n0.002617 0.571513 0.755184 V\n0.998199 0.437267 0.247993 V\n0.087739 0.779079 0.158765 P\n0.230967 0.912285 0.660543 P\n0.086914 0.321111 0.658958 P\n0.335477 0.666998 0.872874 P\n0.334417 0.665524 0.370432 P\n0.226037 0.316187 0.157372 P\n0.320183 0.234822 0.342861 P\n0.682091 0.909359 0.157259 P\n0.315254 0.088994 0.843789 P\n0.679171 0.767265 0.655812 P\n0.775849 0.690940 0.840352 P\n0.667526 0.333631 0.629833 P\n0.663212 0.330080 0.126841 P\n0.914694 0.683985 0.344019 P\n0.770681 0.088262 0.341788 P\n0.913781 0.229060 0.842067 P\n0.002375 0.757071 0.435678 O\n0.083528 0.748487 0.658951 O\n0.225495 0.014898 0.933853 O\n0.260407 0.921824 0.161705 O\n0.101493 0.627945 0.166952 O\n0.195910 0.678810 0.829422 O\n0.093812 0.478036 0.678201 O\n0.999857 0.224206 0.931400 O\n0.077481 0.332335 0.154881 O\n0.326339 0.813156 0.333074 O\n0.381181 0.901272 0.679553 O\n0.184094 0.515889 0.325313 O\n0.337028 0.663689 0.981069 O\n0.332327 0.658956 0.477003 O\n0.322878 0.510278 0.834352 O\n0.517968 0.894233 0.171104 O\n0.493103 0.810783 0.836196 O\n0.252526 0.339106 0.657305 O\n0.207626 0.212747 0.251268 O\n0.240117 0.243591 0.432808 O\n0.235641 0.232299 0.069394 O\n0.372308 0.482229 0.170146 O\n0.484428 0.668861 0.327145 O\n0.339610 0.257618 0.836491 O\n0.518401 0.620742 0.676690 O\n0.663544 0.916319 0.656732 O\n0.207440 0.000188 0.750805 O\n0.246752 0.003159 0.570215 O\n0.754535 0.997593 0.431785 O\n0.332687 0.083274 0.342603 O\n0.479201 0.381268 0.326085 O\n0.662814 0.746022 0.158527 O\n0.512676 0.326761 0.670441 O\n0.618323 0.538277 0.834386 O\n0.793951 0.798697 0.921841 O\n0.751376 0.751315 0.564669 O\n0.795900 0.789035 0.742505 O\n0.751517 0.670328 0.341009 O\n0.512293 0.185921 0.167751 O\n0.470714 0.090043 0.831703 O\n0.665884 0.479337 0.172082 O\n0.665391 0.327896 0.020508 O\n0.660948 0.325481 0.522685 O\n0.813564 0.487797 0.667909 O\n0.618796 0.096506 0.321600 O\n0.675010 0.186875 0.671241 O\n0.915277 0.659449 0.837063 O\n0.012050 0.798479 0.256587 O\n0.001510 0.790305 0.075195 O\n0.900881 0.523289 0.324471 O\n0.815047 0.329854 0.169077 O\n0.906415 0.378639 0.830623 O\n0.746501 0.081291 0.839762 O\n0.766558 0.001023 0.068681 O\n0.790188 0.000031 0.250144 O\n0.916158 0.252816 0.342769 O\n0.996334 0.242487 0.568749 O\n0.999832 0.207642 0.749299 O\n",
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"elements": [
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"O"
],
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"density": 2.582383992097263,
"density_atomic": 0.0789377596054378,
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"formula_full": "Li12 V6 P16 O58",
"formula_reduced": "Li6V3P8O29",
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"updated_at": "2021-11-28T01:35:01.597000Z",
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},
{
"id": "mp-1178138",
"created_at": "2022-09-04T14:40:16.939774Z",
"structure_string": "Li24 Mn14 V2 P24 O96\n1.0\n8.607701 -0.116354 0.005875\n-0.284176 12.330038 -0.000868\n0.011480 -0.001085 17.500803\nLi Mn V P O\n24 14 2 24 96\ndirect\n0.077832 0.695208 0.043472 Li\n0.081419 0.696341 0.542435 Li\n0.075619 0.761534 0.845924 Li\n0.077749 0.758714 0.349341 Li\n0.208308 0.174011 0.390731 Li\n0.211001 0.173994 0.888685 Li\n0.289669 0.324371 0.138994 Li\n0.291483 0.327279 0.640325 Li\n0.426493 0.741515 0.098100 Li\n0.419924 0.738028 0.597103 Li\n0.421285 0.803410 0.294675 Li\n0.418689 0.804849 0.791111 Li\n0.580403 0.198696 0.208988 Li\n0.581872 0.196342 0.707801 Li\n0.578712 0.263621 0.402626 Li\n0.582409 0.262842 0.902778 Li\n0.708503 0.671964 0.359848 Li\n0.706524 0.671261 0.858370 Li\n0.793508 0.830089 0.109068 Li\n0.791048 0.827326 0.608888 Li\n0.919924 0.236284 0.152140 Li\n0.919190 0.237806 0.652900 Li\n0.918368 0.303670 0.458040 Li\n0.919940 0.301478 0.958463 Li\n0.247838 0.601377 0.768878 Mn\n0.251236 0.898888 0.518989 Mn\n0.249413 0.108421 0.229619 Mn\n0.247880 0.110090 0.727858 Mn\n0.251330 0.391449 0.478660 Mn\n0.251591 0.389837 0.978433 Mn\n0.747299 0.609422 0.021194 Mn\n0.747714 0.609200 0.521494 Mn\n0.752691 0.890538 0.271762 Mn\n0.752168 0.890975 0.770579 Mn\n0.749311 0.101381 0.481107 Mn\n0.748844 0.100377 0.981123 Mn\n0.751009 0.399205 0.231451 Mn\n0.751473 0.399313 0.730489 Mn\n0.247419 0.606851 0.266260 V\n0.252773 0.892608 0.015951 V\n0.035409 0.492996 0.125155 P\n0.038325 0.496139 0.626859 P\n0.104350 0.854284 0.193335 P\n0.102510 0.861339 0.692008 P\n0.102526 0.151690 0.048327 P\n0.099761 0.157060 0.548650 P\n0.396976 0.347516 0.298577 P\n0.401101 0.344049 0.798449 P\n0.394915 0.644538 0.942341 P\n0.396833 0.640236 0.443001 P\n0.462834 0.004863 0.377459 P\n0.465082 0.005907 0.875028 P\n0.539357 0.996814 0.124353 P\n0.537873 0.996362 0.622659 P\n0.603065 0.361002 0.057929 P\n0.603121 0.360719 0.557902 P\n0.604933 0.657901 0.200325 P\n0.598951 0.656911 0.701187 P\n0.900090 0.843180 0.451611 P\n0.895801 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0.339710 O\n0.331765 0.064525 0.837063 O\n0.348585 0.306155 0.378747 O\n0.352547 0.305311 0.879200 O\n0.366760 0.516176 0.447320 O\n0.356286 0.522660 0.951884 O\n0.359127 0.677706 0.359474 O\n0.357845 0.678539 0.857887 O\n0.355865 0.257000 0.236973 O\n0.360540 0.253005 0.737274 O\n0.400062 0.924655 0.934665 O\n0.399581 0.922296 0.437019 O\n0.430112 0.905624 0.090831 O\n0.427660 0.904424 0.589048 O\n0.423413 0.651802 0.196088 O\n0.416102 0.651099 0.697374 O\n0.426160 0.334659 0.045859 O\n0.426382 0.334484 0.546845 O\n0.451698 0.068527 0.182808 O\n0.450079 0.066639 0.681206 O\n0.549645 0.934458 0.318742 O\n0.551821 0.935900 0.816179 O\n0.573678 0.666401 0.454308 O\n0.572203 0.666898 0.953256 O\n0.580073 0.351341 0.301955 O\n0.583765 0.348989 0.802076 O\n0.573445 0.096461 0.411162 O\n0.574143 0.097094 0.910025 O\n0.600849 0.078951 0.063682 O\n0.600122 0.078933 0.562858 O\n0.640802 0.748658 0.262566 O\n0.637575 0.748480 0.762139 O\n0.638503 0.324216 0.142147 O\n0.641219 0.323046 0.641918 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O\n0.949373 0.563240 0.066351 O\n",
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"formula_full": "Li24 Mn14 V2 P24 O96",
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},
{
"id": "mp-1175599",
"created_at": "2022-09-04T14:40:16.983790Z",
"structure_string": "Li9 Mn2 Co5 O16\n1.0\n5.107169 0.000000 0.000000\n-1.603652 5.597337 0.000000\n-1.624707 -0.583604 9.933906\nLi Mn Co O\n9 2 5 16\ndirect\n0.505108 0.125000 0.874820 Li\n0.498879 0.624783 0.871991 Li\n0.498045 0.376020 0.622614 Li\n0.500625 0.874318 0.622719 Li\n0.500637 0.620526 0.374547 Li\n0.498542 0.133514 0.374469 Li\n0.497326 0.876665 0.128919 Li\n0.498989 0.367914 0.131998 Li\n0.000467 0.255301 0.249137 Li\n0.998626 0.003671 0.003853 Mn\n0.003377 0.746474 0.249003 Mn\n0.999207 0.496438 0.002639 Co\n0.997909 0.249868 0.749024 Co\n0.999063 0.744654 0.746671 Co\n0.003340 0.492386 0.492722 Co\n0.993824 0.007263 0.492368 Co\n0.213188 0.801470 0.938390 O\n0.222063 0.300661 0.946729 O\n0.225731 0.063067 0.685989 O\n0.237246 0.559196 0.689841 O\n0.238435 0.319490 0.444143 O\n0.232518 0.810347 0.423762 O\n0.221482 0.570380 0.179244 O\n0.222607 0.042233 0.179690 O\n0.777434 0.434147 0.821341 O\n0.772702 0.937654 0.823564 O\n0.778213 0.690203 0.568143 O\n0.762032 0.194302 0.563775 O\n0.776933 0.930660 0.317859 O\n0.767843 0.462343 0.309617 O\n0.775980 0.191514 0.055139 O\n0.781632 0.697539 0.065280 O\n",
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],
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"formula_full": "Li9 Mn2 Co5 O16",
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}
]
}