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{
"id": "mp-757658",
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"structure_string": "Li4 Ti4 P16 O48\n1.0\n9.149440 0.000000 0.000000\n0.000000 10.065670 0.000000\n0.000000 6.961902 9.888344\nLi Ti P O\n4 4 16 48\ndirect\n0.449263 0.154814 0.990420 Li\n0.050737 0.154814 0.490420 Li\n0.949263 0.845186 0.509580 Li\n0.550737 0.845186 0.009580 Li\n0.196893 0.815091 0.187956 Ti\n0.696893 0.184909 0.312044 Ti\n0.303107 0.815091 0.687956 Ti\n0.803107 0.184909 0.812044 Ti\n0.834298 0.816765 0.141395 P\n0.884019 0.295742 0.025618 P\n0.997056 0.516138 0.240457 P\n0.497056 0.483862 0.259543 P\n0.103063 0.097212 0.242835 P\n0.603063 0.902788 0.257165 P\n0.334298 0.183235 0.358605 P\n0.615981 0.295742 0.525618 P\n0.384019 0.704258 0.474382 P\n0.665702 0.816765 0.641395 P\n0.396937 0.097212 0.742835 P\n0.896937 0.902788 0.757165 P\n0.502944 0.516138 0.740457 P\n0.002944 0.483862 0.759543 P\n0.115981 0.704258 0.974382 P\n0.165702 0.183235 0.858605 P\n0.754720 0.915453 0.008521 O\n0.183442 0.798372 0.023754 O\n0.057099 0.534085 0.105530 O\n0.852799 0.632598 0.185340 O\n0.452340 0.656342 0.160632 O\n0.798522 0.326244 0.114643 O\n0.040786 0.217076 0.093624 O\n0.608636 0.412533 0.215631 O\n0.108636 0.587467 0.284369 O\n0.223908 0.215526 0.241619 O\n0.952340 0.343658 0.339368 O\n0.486096 0.948672 0.153963 O\n0.352799 0.367402 0.314660 O\n0.978806 0.878564 0.153867 O\n0.557099 0.465915 0.394470 O\n0.686538 0.037650 0.247732 O\n0.186538 0.962350 0.252268 O\n0.478806 0.121436 0.346133 O\n0.986096 0.051328 0.346037 O\n0.723908 0.784474 0.258381 O\n0.683442 0.201628 0.476246 O\n0.254720 0.084547 0.491479 O\n0.701478 0.326244 0.614643 O\n0.540786 0.782924 0.406376 O\n0.459214 0.217076 0.593624 O\n0.298522 0.673756 0.385357 O\n0.745280 0.915453 0.508521 O\n0.316558 0.798372 0.523754 O\n0.276092 0.215526 0.741619 O\n0.013904 0.948672 0.653963 O\n0.521194 0.878564 0.653867 O\n0.813462 0.037650 0.747732 O\n0.313462 0.962350 0.752268 O\n0.442901 0.534085 0.605530 O\n0.021194 0.121436 0.846133 O\n0.647201 0.632598 0.685340 O\n0.513904 0.051328 0.846037 O\n0.047660 0.656342 0.660632 O\n0.776092 0.784474 0.758381 O\n0.891364 0.412533 0.715631 O\n0.391364 0.587467 0.784369 O\n0.959214 0.782924 0.906376 O\n0.201478 0.673756 0.885357 O\n0.547660 0.343658 0.839368 O\n0.147201 0.367402 0.814660 O\n0.942901 0.465915 0.894470 O\n0.816558 0.201628 0.976246 O\n0.245280 0.084547 0.991479 O\n",
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{
"id": "mp-1201381",
"created_at": "2022-09-04T14:45:26.560354Z",
"structure_string": "Pr4 B20 I4 O44\n1.0\n15.803495 0.000000 0.000000\n0.000000 6.568825 0.000000\n0.000000 6.319328 10.450066\nPr B I O\n4 20 4 44\ndirect\n0.825259 0.536818 0.309155 Pr\n0.674741 0.536818 0.809155 Pr\n0.174741 0.463182 0.690845 Pr\n0.325259 0.463182 0.190845 Pr\n0.044234 0.417865 0.393487 B\n0.455766 0.417865 0.893487 B\n0.955766 0.582135 0.606513 B\n0.544234 0.582135 0.106513 B\n0.832016 0.824797 0.500983 B\n0.667984 0.824797 0.000983 B\n0.167984 0.175203 0.499017 B\n0.332016 0.175203 0.999017 B\n0.763937 0.100265 0.285867 B\n0.736063 0.100265 0.785867 B\n0.236063 0.899735 0.714133 B\n0.263937 0.899735 0.214133 B\n0.712018 0.995638 0.135273 B\n0.787982 0.995638 0.635273 B\n0.287982 0.004362 0.864727 B\n0.212018 0.004362 0.364727 B\n0.177912 0.603757 0.399630 B\n0.322088 0.603757 0.899630 B\n0.822088 0.396243 0.600370 B\n0.677912 0.396243 0.100370 B\n0.530091 0.168636 0.542556 I\n0.969909 0.168636 0.042556 I\n0.469909 0.831364 0.457444 I\n0.030091 0.831364 0.957444 I\n0.739523 0.925474 0.259696 O\n0.760477 0.925474 0.759696 O\n0.260477 0.074526 0.740304 O\n0.239523 0.074526 0.240304 O\n0.741342 0.333465 0.206236 O\n0.758658 0.333465 0.706236 O\n0.258658 0.666535 0.793764 O\n0.241342 0.666535 0.293764 O\n0.803718 0.625980 0.487620 O\n0.696282 0.625980 0.987620 O\n0.196282 0.374020 0.512380 O\n0.303718 0.374020 0.012380 O\n0.813170 0.057443 0.386109 O\n0.686830 0.057443 0.886109 O\n0.186830 0.942557 0.613891 O\n0.313170 0.942557 0.113891 O\n0.716678 0.816189 0.111035 O\n0.783322 0.816189 0.611035 O\n0.283322 0.183811 0.888965 O\n0.216678 0.183811 0.388965 O\n0.093593 0.620077 0.348741 O\n0.406407 0.620077 0.848741 O\n0.906407 0.379923 0.651259 O\n0.593593 0.379923 0.151259 O\n0.810310 0.226365 0.553258 O\n0.689690 0.226365 0.053258 O\n0.189690 0.773635 0.446742 O\n0.310310 0.773635 0.946742 O\n0.078908 0.193764 0.466703 O\n0.421092 0.193764 0.966703 O\n0.921092 0.806236 0.533297 O\n0.578908 0.806236 0.033297 O\n0.960312 0.440894 0.362560 O\n0.539688 0.440894 0.862560 O\n0.039688 0.559106 0.637440 O\n0.460312 0.559106 0.137440 O\n0.948410 0.607146 0.074761 O\n0.551590 0.607146 0.574761 O\n0.051590 0.392854 0.925239 O\n0.448410 0.392854 0.425239 O\n0.900052 0.899494 0.166458 O\n0.599948 0.899494 0.666458 O\n0.099948 0.100506 0.833542 O\n0.400052 0.100506 0.333542 O\n",
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"formula_full": "Pr4 B20 I4 O44",
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{
"id": "mp-780182",
"created_at": "2022-09-04T14:45:11.790901Z",
"structure_string": "Li9 Mn12 B12 O36\n1.0\n9.098779 0.000000 0.000000\n4.522078 7.925090 0.000000\n4.268914 2.795872 10.425220\nLi Mn B O\n9 12 12 36\ndirect\n0.227351 0.030091 0.661526 Li\n0.388920 0.253224 0.156366 Li\n0.036509 0.903327 0.171101 Li\n0.260831 0.415719 0.914193 Li\n0.432578 0.576230 0.408662 Li\n0.552339 0.388327 0.677501 Li\n0.724032 0.565758 0.160390 Li\n0.744853 0.922650 0.407324 Li\n0.869013 0.711374 0.671838 Li\n0.074550 0.233851 0.132167 Mn\n0.260878 0.070684 0.885611 Mn\n0.099630 0.588616 0.383723 Mn\n0.557540 0.094747 0.628979 Mn\n0.394721 0.587025 0.126953 Mn\n0.790573 0.262469 0.383653 Mn\n0.221922 0.720645 0.630265 Mn\n0.621474 0.445702 0.881422 Mn\n0.398440 0.948269 0.382806 Mn\n0.908866 0.382903 0.627983 Mn\n0.708230 0.912362 0.130557 Mn\n0.915556 0.763399 0.882080 Mn\n0.065609 0.579581 0.126068 B\n0.446795 0.272228 0.373027 B\n0.244220 0.390205 0.621279 B\n0.739183 0.238549 0.126863 B\n0.586654 0.107358 0.876681 B\n0.096826 0.924971 0.374724 B\n0.905409 0.058318 0.630935 B\n0.396849 0.906308 0.127354 B\n0.263669 0.741695 0.867949 B\n0.751262 0.620374 0.371067 B\n0.565653 0.739730 0.629967 B\n0.944116 0.414987 0.872845 B\n0.051493 0.103637 0.337623 O\n0.010909 0.130009 0.619158 O\n0.167475 0.414717 0.106711 O\n0.391033 0.187819 0.337424 O\n0.122962 0.655734 0.173692 O\n0.299343 0.207911 0.653601 O\n0.590479 0.349632 0.073016 O\n0.080443 0.497537 0.594387 O\n0.809050 0.063406 0.140697 O\n0.587571 0.176682 0.437439 O\n0.098836 0.319104 0.915372 O\n0.375849 0.454341 0.340467 O\n0.527056 0.043914 0.816856 O\n0.997950 0.856993 0.364857 O\n0.353439 0.460240 0.612264 O\n0.803030 0.315814 0.168718 O\n0.236936 0.986215 0.091940 O\n0.741377 0.173068 0.598756 O\n0.502125 0.736349 0.130793 O\n0.519790 0.281686 0.866128 O\n0.250134 0.813185 0.419865 O\n0.715877 0.981493 0.944549 O\n0.192006 0.662532 0.835191 O\n0.678587 0.530268 0.355495 O\n0.444501 0.008725 0.159536 O\n0.629531 0.556038 0.690080 O\n0.901465 0.674879 0.094389 O\n0.412594 0.818985 0.586738 O\n0.199507 0.917057 0.843882 O\n0.881307 0.539136 0.436290 O\n0.404048 0.634589 0.927779 O\n0.685916 0.805783 0.321025 O\n0.875015 0.327806 0.843351 O\n0.655617 0.834181 0.610748 O\n0.854838 0.590768 0.857489 O\n0.949165 0.879533 0.670813 O\n",
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"formula_full": "Li9 Mn12 B12 O36",
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{
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"structure_string": "Li4 Ti4 P16 O48\n1.0\n13.096528 0.000000 0.000000\n0.000000 7.303053 0.000000\n0.000000 6.694965 9.443926\nLi Ti P O\n4 4 16 48\ndirect\n0.218458 0.878533 0.040642 Li\n0.718458 0.121467 0.459358 Li\n0.281542 0.878533 0.540642 Li\n0.781542 0.121467 0.959358 Li\n0.298959 0.517965 0.435722 Ti\n0.798959 0.482035 0.064278 Ti\n0.201041 0.517965 0.935722 Ti\n0.701041 0.482035 0.564278 Ti\n0.611196 0.829504 0.245897 P\n0.134229 0.413912 0.694791 P\n0.916296 0.457497 0.708518 P\n0.893729 0.070990 0.229640 P\n0.393729 0.929010 0.270360 P\n0.416296 0.542503 0.791482 P\n0.634229 0.586088 0.805209 P\n0.111196 0.170496 0.254103 P\n0.888804 0.829504 0.745897 P\n0.365771 0.413912 0.194791 P\n0.583704 0.457497 0.208518 P\n0.606271 0.070990 0.729640 P\n0.106271 0.929010 0.770360 P\n0.083704 0.542503 0.291482 P\n0.865771 0.586088 0.305209 P\n0.388804 0.170496 0.754103 P\n0.866872 0.825932 0.279731 O\n0.902516 0.218530 0.824980 O\n0.430228 0.397501 0.729310 O\n0.319006 0.840374 0.213490 O\n0.682723 0.958246 0.125318 O\n0.140775 0.381834 0.834898 O\n0.642172 0.759352 0.392607 O\n0.891282 0.240861 0.068777 O\n0.505155 0.969714 0.204523 O\n0.024400 0.512919 0.624973 O\n0.215733 0.552784 0.585930 O\n0.337709 0.430505 0.910359 O\n0.837709 0.569495 0.589641 O\n0.005155 0.030286 0.295477 O\n0.715733 0.447216 0.914070 O\n0.391282 0.759139 0.431223 O\n0.524400 0.487081 0.875027 O\n0.142172 0.240648 0.107393 O\n0.640775 0.618166 0.665102 O\n0.182723 0.041754 0.374682 O\n0.819006 0.159626 0.286510 O\n0.930228 0.602499 0.770690 O\n0.366872 0.174068 0.220269 O\n0.402516 0.781470 0.675020 O\n0.597484 0.218530 0.324980 O\n0.633128 0.825932 0.779731 O\n0.069772 0.397501 0.229310 O\n0.180994 0.840374 0.713490 O\n0.817277 0.958246 0.625318 O\n0.359225 0.381834 0.334898 O\n0.857828 0.759352 0.892607 O\n0.475600 0.512919 0.124973 O\n0.608718 0.240861 0.568777 O\n0.284267 0.552784 0.085930 O\n0.994845 0.969714 0.704523 O\n0.162291 0.430505 0.410359 O\n0.662291 0.569495 0.089641 O\n0.784267 0.447216 0.414070 O\n0.975600 0.487081 0.375027 O\n0.494845 0.030286 0.795477 O\n0.108718 0.759139 0.931223 O\n0.357828 0.240648 0.607393 O\n0.859225 0.618166 0.165102 O\n0.317277 0.041754 0.874682 O\n0.680994 0.159626 0.786510 O\n0.569772 0.602499 0.270690 O\n0.097484 0.781470 0.175020 O\n0.133128 0.174068 0.720269 O\n",
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{
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{
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{
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{
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