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{
"id": "mp-1223068",
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"structure_string": "Li14 Eu16 Si8 Cl14 O32\n1.0\n9.556573 0.000000 0.000000\n0.000000 8.562466 0.000000\n0.000000 1.768290 16.786390\nLi Eu Si Cl O\n14 16 8 14 32\ndirect\n0.320341 0.778789 0.736863 Li\n0.820076 0.220901 0.763236 Li\n0.179924 0.220901 0.263236 Li\n0.679659 0.778789 0.236863 Li\n0.252294 0.823265 0.875563 Li\n0.751324 0.179246 0.624132 Li\n0.248676 0.179246 0.124132 Li\n0.747706 0.823265 0.375563 Li\n0.152101 0.761709 0.017009 Li\n0.649851 0.235828 0.484878 Li\n0.350149 0.235828 0.984878 Li\n0.847899 0.761709 0.517009 Li\n0.232158 0.496168 0.978583 Li\n0.767842 0.496168 0.478583 Li\n0.493107 0.843842 0.058023 Eu\n0.995650 0.153220 0.442799 Eu\n0.004350 0.153220 0.942799 Eu\n0.506893 0.843842 0.558023 Eu\n0.964250 0.611462 0.711823 Eu\n0.467065 0.389895 0.787435 Eu\n0.532935 0.389895 0.287435 Eu\n0.035750 0.611462 0.211823 Eu\n0.856951 0.666099 0.966616 Eu\n0.357769 0.335354 0.533563 Eu\n0.642231 0.335354 0.033564 Eu\n0.143049 0.666099 0.466616 Eu\n0.627777 0.864406 0.802999 Eu\n0.127852 0.134166 0.696124 Eu\n0.872148 0.134166 0.196124 Eu\n0.372223 0.864406 0.302999 Eu\n0.452541 0.620873 0.922656 Si\n0.952246 0.378483 0.577065 Si\n0.047754 0.378483 0.077065 Si\n0.547459 0.620873 0.422656 Si\n0.500912 0.114977 0.671756 Si\n0.001340 0.884801 0.828362 Si\n0.998660 0.884801 0.328362 Si\n0.499088 0.114977 0.171756 Si\n0.271175 0.612891 0.633338 Cl\n0.771551 0.386900 0.866996 Cl\n0.228449 0.386900 0.366996 Cl\n0.728825 0.612891 0.133338 Cl\n0.749342 0.999543 0.000187 Cl\n0.250658 0.999543 0.500187 Cl\n0.149291 0.399643 0.824661 Cl\n0.649431 0.604330 0.678409 Cl\n0.350569 0.604330 0.178409 Cl\n0.850709 0.399643 0.324661 Cl\n0.889463 0.937657 0.614237 Cl\n0.389180 0.062113 0.885909 Cl\n0.610820 0.062113 0.385909 Cl\n0.110537 0.937657 0.114237 Cl\n0.941839 0.570057 0.555324 O\n0.439416 0.428509 0.941110 O\n0.560584 0.428509 0.441110 O\n0.058161 0.570057 0.055324 O\n0.633940 0.153241 0.728904 O\n0.134106 0.846613 0.771017 O\n0.865894 0.846613 0.271017 O\n0.366060 0.153241 0.228904 O\n0.325857 0.700109 0.972040 O\n0.828547 0.296589 0.526170 O\n0.171453 0.296589 0.026170 O\n0.674143 0.700109 0.472040 O\n0.871211 0.761741 0.820092 O\n0.370948 0.238310 0.679979 O\n0.629052 0.238310 0.179979 O\n0.128789 0.761741 0.320092 O\n0.428118 0.674572 0.827168 O\n0.927264 0.326871 0.672358 O\n0.072736 0.326871 0.172358 O\n0.571882 0.674572 0.327168 O\n0.602757 0.686729 0.951079 O\n0.104010 0.311562 0.550214 O\n0.895990 0.311562 0.050214 O\n0.397243 0.686729 0.451079 O\n0.054259 0.860301 0.922666 O\n0.553908 0.138784 0.577549 O\n0.446092 0.138784 0.077549 O\n0.945741 0.860301 0.422666 O\n0.546498 0.931324 0.192260 O\n0.045778 0.068529 0.307650 O\n0.954222 0.068529 0.807650 O\n0.453502 0.931324 0.692260 O\n",
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"formula_full": "Li14 Eu16 Si8 Cl14 O32",
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{
"id": "mp-27060",
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"structure_string": "Li2 Ni10 P16 O56\n1.0\n9.281402 0.000000 0.000000\n-4.482876 -9.612864 0.000000\n-3.623060 0.632372 -12.274132\nLi Ni P O\n2 10 16 56\ndirect\n0.500000 0.500000 0.000000 Li\n0.500000 0.500000 0.500000 Li\n0.107454 0.720842 0.113072 Ni\n0.894310 0.282389 0.394701 Ni\n0.892546 0.279158 0.886928 Ni\n0.105690 0.717611 0.605299 Ni\n0.499460 0.758667 0.564764 Ni\n0.500540 0.241333 0.435236 Ni\n0.493868 0.755891 0.066055 Ni\n0.506132 0.244109 0.933945 Ni\n0.799698 0.010883 0.238421 Ni\n0.200302 0.989117 0.761579 Ni\n0.694857 0.039519 0.456865 P\n0.173272 0.293800 0.292589 P\n0.543512 0.192914 0.690764 P\n0.559178 0.192030 0.187489 P\n0.710298 0.048654 0.965387 P\n0.826728 0.706200 0.707411 P\n0.456488 0.807086 0.309236 P\n0.440822 0.807970 0.812511 P\n0.289702 0.951346 0.034613 P\n0.809349 0.543965 0.903309 P\n0.205343 0.457562 0.601029 P\n0.190651 0.456035 0.096691 P\n0.804760 0.710398 0.206066 P\n0.305143 0.960481 0.543135 P\n0.794657 0.542438 0.398971 P\n0.195240 0.289602 0.793934 P\n0.489279 0.218367 0.272706 O\n0.728845 0.185762 0.235337 O\n0.702405 0.186103 0.471141 O\n0.133446 0.913946 0.071112 O\n0.071923 0.328108 0.532395 O\n0.297595 0.813897 0.528859 O\n0.692307 0.965059 0.067224 O\n0.686960 0.954126 0.556351 O\n0.160701 0.934953 0.593262 O\n0.518875 0.286118 0.597901 O\n0.715584 0.597392 0.285850 O\n0.128690 0.144324 0.740809 O\n0.510721 0.781633 0.727294 O\n0.297657 0.807781 0.030404 O\n0.551788 0.291453 0.095650 O\n0.939942 0.642764 0.687974 O\n0.561841 0.823965 0.229124 O\n0.040803 0.151887 0.238472 O\n0.866554 0.086054 0.928888 O\n0.276839 0.772068 0.250536 O\n0.723161 0.227932 0.749464 O\n0.060058 0.357236 0.312026 O\n0.928077 0.671892 0.467605 O\n0.271155 0.814238 0.764663 O\n0.929326 0.672002 0.977620 O\n0.669749 0.682428 0.098258 O\n0.308096 0.299698 0.392397 O\n0.098132 0.534878 0.121510 O\n0.330251 0.317572 0.901742 O\n0.284416 0.402608 0.714150 O\n0.438159 0.176035 0.770876 O\n0.525646 0.962281 0.361845 O\n0.447044 0.036999 0.132260 O\n0.313040 0.045874 0.443649 O\n0.481125 0.713882 0.402099 O\n0.448212 0.708547 0.904350 O\n0.350225 0.544271 0.556034 O\n0.655147 0.453320 0.938078 O\n0.877637 0.457992 0.369636 O\n0.959197 0.848113 0.761528 O\n0.691904 0.700302 0.607603 O\n0.702343 0.192219 0.969596 O\n0.474354 0.037719 0.638155 O\n0.901868 0.465122 0.878490 O\n0.263161 0.390880 0.207789 O\n0.070674 0.327998 0.022380 O\n0.946671 0.679072 0.197336 O\n0.122363 0.542008 0.630364 O\n0.839299 0.065047 0.406738 O\n0.307693 0.034941 0.932776 O\n0.344853 0.546680 0.061922 O\n0.736839 0.609120 0.792211 O\n0.871310 0.855676 0.259191 O\n0.552956 0.963001 0.867740 O\n0.649775 0.455729 0.443966 O\n0.053329 0.320928 0.802664 O\n",
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"elements": [
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"formula_full": "Li2 Ni10 P16 O56",
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{
"id": "mp-759364",
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"structure_string": "Li12 Co12 Si12 O48\n1.0\n5.337775 -9.245298 0.000000\n5.337775 9.245298 0.000000\n0.000000 0.000000 12.008706\nLi Co Si O\n12 12 12 48\ndirect\n0.000000 0.500000 0.008945 Li\n0.000000 0.500000 0.657722 Li\n0.000000 0.500000 0.333333 Li\n0.000000 0.000000 0.166667 Li\n0.000000 0.000000 0.500000 Li\n0.000000 0.000000 0.833333 Li\n0.500000 0.500000 0.342278 Li\n0.500000 0.500000 0.666667 Li\n0.500000 0.500000 0.991055 Li\n0.500000 0.000000 0.324388 Li\n0.500000 0.000000 0.000000 Li\n0.500000 0.000000 0.675612 Li\n0.000000 0.747419 0.833333 Co\n0.000000 0.252581 0.833333 Co\n0.250323 0.749677 0.166667 Co\n0.250323 0.500647 0.500000 Co\n0.499353 0.749677 0.833333 Co\n0.252581 0.252581 0.166667 Co\n0.252581 0.000000 0.500000 Co\n0.747419 0.747419 0.166667 Co\n0.500647 0.250323 0.833333 Co\n0.749677 0.499353 0.500000 Co\n0.749677 0.250323 0.166667 Co\n0.747419 0.000000 0.500000 Co\n0.000000 0.754319 0.333333 Si\n0.247985 0.752015 0.666667 Si\n0.000000 0.245681 0.333333 Si\n0.247985 0.495971 0.000000 Si\n0.245681 0.245681 0.666667 Si\n0.504029 0.752015 0.333333 Si\n0.245681 0.000000 0.000000 Si\n0.495971 0.247985 0.333333 Si\n0.754319 0.754319 0.666667 Si\n0.752015 0.504029 0.000000 Si\n0.752015 0.247985 0.666667 Si\n0.754319 0.000000 0.000000 Si\n0.079154 0.887237 0.423004 O\n0.112763 0.920846 0.910329 O\n0.095130 0.694308 0.734580 O\n0.105514 0.705347 0.268940 O\n0.294653 0.894486 0.064393 O\n0.305692 0.904870 0.598754 O\n0.197154 0.610403 0.586419 O\n0.095130 0.400822 0.932087 O\n0.197154 0.586751 0.080248 O\n0.105514 0.400167 0.397727 O\n0.079154 0.191918 0.243663 O\n0.389597 0.802846 0.746915 O\n0.413249 0.802846 0.253085 O\n0.112763 0.191918 0.756337 O\n0.294653 0.400167 0.602273 O\n0.389597 0.586751 0.919752 O\n0.305692 0.400822 0.067913 O\n0.413249 0.610403 0.413581 O\n0.191918 0.112763 0.576996 O\n0.191918 0.079154 0.089671 O\n0.599178 0.904870 0.401246 O\n0.599833 0.894486 0.935607 O\n0.599833 0.705347 0.731060 O\n0.400822 0.305692 0.265420 O\n0.599178 0.694308 0.265420 O\n0.400167 0.294653 0.731060 O\n0.400167 0.105514 0.935607 O\n0.400822 0.095130 0.401246 O\n0.808082 0.920846 0.089671 O\n0.808082 0.887237 0.576996 O\n0.586751 0.389597 0.413581 O\n0.694308 0.599178 0.067913 O\n0.610403 0.413249 0.919752 O\n0.705347 0.599833 0.602273 O\n0.887237 0.808082 0.756337 O\n0.586751 0.197154 0.253085 O\n0.610403 0.197154 0.746915 O\n0.920846 0.808082 0.243663 O\n0.894486 0.599833 0.397727 O\n0.802846 0.413249 0.080248 O\n0.904870 0.599178 0.932087 O\n0.802846 0.389597 0.586419 O\n0.694308 0.095130 0.598754 O\n0.705347 0.105514 0.064393 O\n0.894486 0.294653 0.268940 O\n0.904870 0.305692 0.734580 O\n0.887237 0.079154 0.910329 O\n0.920846 0.112763 0.423004 O\n",
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{
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"structure_string": "Li16 V12 Fe8 O48\n1.0\n9.231010 0.000000 0.000000\n0.000000 8.930759 0.000000\n0.000000 8.627302 12.643415\nLi V Fe O\n16 12 8 48\ndirect\n0.916491 0.130783 0.802656 Li\n0.487649 0.777916 0.152628 Li\n0.340398 0.382247 0.518674 Li\n0.228954 0.500811 0.307229 Li\n0.728954 0.499189 0.192771 Li\n0.840398 0.617753 0.981326 Li\n0.987649 0.222084 0.347372 Li\n0.416491 0.869217 0.697344 Li\n0.583509 0.130783 0.302656 Li\n0.012351 0.777916 0.652628 Li\n0.159602 0.382247 0.018674 Li\n0.271046 0.500811 0.807229 Li\n0.771046 0.499189 0.692771 Li\n0.659602 0.617753 0.481326 Li\n0.512351 0.222084 0.847372 Li\n0.083509 0.869217 0.197344 Li\n0.749968 0.947150 0.010911 V\n0.623682 0.226731 0.656668 V\n0.887715 0.530644 0.361310 V\n0.123682 0.773269 0.843332 V\n0.387715 0.469356 0.138690 V\n0.249968 0.052850 0.489089 V\n0.750032 0.947150 0.510911 V\n0.612285 0.530644 0.861310 V\n0.876318 0.226731 0.156668 V\n0.112285 0.469356 0.638690 V\n0.376318 0.773269 0.343332 V\n0.250032 0.052850 0.989089 V\n0.535915 0.369305 0.382171 Fe\n0.035915 0.630695 0.117829 Fe\n0.964085 0.369305 0.882171 Fe\n0.464085 0.630695 0.617829 Fe\n0.478381 0.859426 0.891811 Fe\n0.978381 0.140574 0.608189 Fe\n0.021619 0.859426 0.391811 Fe\n0.521619 0.140574 0.108189 Fe\n0.120394 0.889072 0.056021 O\n0.342914 0.049860 0.890380 O\n0.128163 0.338236 0.586868 O\n0.415269 0.632444 0.299934 O\n0.630907 0.996940 0.908152 O\n0.813445 0.210959 0.661838 O\n0.570358 0.349494 0.525671 O\n0.018158 0.618350 0.261671 O\n0.721092 0.522123 0.311865 O\n0.820156 0.726769 0.065392 O\n0.527916 0.022101 0.729512 O\n0.942691 0.304602 0.452102 O\n0.027916 0.977899 0.770488 O\n0.442691 0.695398 0.047898 O\n0.320156 0.273231 0.434608 O\n0.221092 0.477877 0.188135 O\n0.070358 0.650506 0.974329 O\n0.518158 0.381650 0.238329 O\n0.313445 0.789041 0.838162 O\n0.130907 0.003060 0.591848 O\n0.628163 0.661764 0.913132 O\n0.842914 0.950140 0.609620 O\n0.915269 0.367556 0.200066 O\n0.620394 0.110928 0.443979 O\n0.379606 0.889072 0.556021 O\n0.084731 0.632444 0.799934 O\n0.157086 0.049860 0.390380 O\n0.371837 0.338236 0.086868 O\n0.869093 0.996940 0.408152 O\n0.686555 0.210959 0.161838 O\n0.481842 0.618350 0.761671 O\n0.929642 0.349494 0.025671 O\n0.778908 0.522123 0.811865 O\n0.679844 0.726769 0.565392 O\n0.557309 0.304602 0.952102 O\n0.972084 0.022101 0.229512 O\n0.057309 0.695398 0.547898 O\n0.472084 0.977899 0.270488 O\n0.179844 0.273231 0.934608 O\n0.278908 0.477877 0.688135 O\n0.981842 0.381650 0.738329 O\n0.429642 0.650506 0.474329 O\n0.186555 0.789041 0.338162 O\n0.369093 0.003060 0.091848 O\n0.584731 0.367556 0.700066 O\n0.871837 0.661764 0.413132 O\n0.657086 0.950140 0.109620 O\n0.879606 0.110928 0.943979 O\n",
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{
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