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Search is executed server-side against the screened materials table and the linked MAGNDATA symmetry summaries.

Showing 153 of 180 screened entries.

KS Gap Type Semiconducting

Material	MAGNDATA IDs i	Collinearity i	Space group	$\Delta E^{\mathrm{max}}_{\mathrm{split}}$ i	$\Delta E^{\mathrm{avg}}_{\mathrm{split}}$ i	FΔ i	KS Gap i	Min abundance i
$\mathrm{MnTe}$ anyt:am-1-0002	0.800	Collinear	P6_3/mmc	0.923 eV	0.449 eV	34.4%	0.764 eV	0.001 ppm
$\mathrm{CoF_{2}}$ anyt:am-1-0008	0.178	Collinear	P4_2/mnm	0.479 eV	0.223 eV	16.7%	3.306 eV	25.0 ppm
$\mathrm{NiF_{2}}$ anyt:am-1-0010	0.36	Based on noncollinear	P4_2/mnm	0.392 eV	0.180 eV	27.1%	5.268 eV	84.0 ppm
$\mathrm{Mn(C_{2}N_{3})_{2}}$ anyt:am-1-0011	0.131	Collinear	Pnnm	0.348 eV	0.156 eV	16.2%	3.742 eV	19.0 ppm
$\mathrm{LiFe_{2}F_{6}}$ anyt:am-1-0012	0.501	Collinear	P4_2/mnm	0.319 eV	0.159 eV	12.5%	0.168 eV	20.0 ppm
$\mathrm{MnGeN_{2}}$ anyt:am-1-0013	0.1065	Collinear	Pna2_1	0.305 eV	0.145 eV	14.6%	1.516 eV	1.5 ppm
$\mathrm{NiCO_{3}}$ anyt:am-1-0014	0.113	Collinear	R-3c	0.301 eV	0.167 eV	20.8%	4.197 eV	84.0 ppm
$\mathrm{FeSO_{4}F}$ anyt:am-1-0015	0.128	Collinear	C2/c	0.301 eV	0.158 eV	28.9%	2.451 eV	350.0 ppm
$\mathrm{MnF_{2}}$ anyt:am-1-0016	0.15	Collinear	P4_2/mnm	0.294 eV	0.156 eV	18.8%	3.575 eV	585.0 ppm
$\mathrm{CrVO_{4}}$ anyt:am-1-0017	1.522	Collinear	Cmcm	0.292 eV	0.158 eV	28.6%	2.877 eV	102.0 ppm
$\mathrm{Sr_{4}Fe_{4}O_{11}}$ anyt:am-1-0018	0.402	Collinear	Cmmm	0.289 eV	0.150 eV	29.8%	0.176 eV	370.0 ppm
$\mathrm{HoFeO_{3}}$ anyt:am-1-0019	0.990, 0.991, 0.992, 0.993, 0.994	Both	Pnma	0.283 eV	0.126 eV	25.9%	2.835 eV	1.3 ppm
$\mathrm{TbFeO_{3}}$ anyt:am-1-0021	0.351	Collinear	Pnma	0.271 eV	0.133 eV	26.8%	2.826 eV	1.2 ppm
$\mathrm{Fe_{2}WO_{6}}$ anyt:am-1-0022	0.813, 0.810, 0.811, 0.812	Both	Pbcn	0.270 eV	0.173 eV	29.7%	1.465 eV	1.2 ppm
$\mathrm{Er_{2}Ru_{2}O_{7}}$ anyt:am-1-0023	0.154	Collinear	Fd-3m	0.268 eV	0.266 eV	20.3%	0.412 eV	0.001 ppm
$\mathrm{FeBO_{3}}$ anyt:am-1-0024	0.112	Collinear	R-3c	0.262 eV	0.177 eV	29.7%	2.660 eV	10.0 ppm
$\mathrm{DyFeO_{3}}$ anyt:am-1-0025	0.837, 0.836, 0.841, 0.840, 0.838, 0.839, 0.10, 0.11	Both	Pnma	0.261 eV	0.134 eV	26.8%	2.863 eV	5.2 ppm
$\mathrm{TlCrO_{3}}$ anyt:am-1-0026	0.309	Collinear	Pnma	0.246 eV	0.146 eV	24.1%	0.625 eV	0.850 ppm
$\mathrm{CoH_{6}(CO_{3})_{2}}$ anyt:am-1-0027	0.1049	Based on noncollinear	P2_1/c	0.245 eV	0.132 eV	14.8%	1.908 eV	25.0 ppm
$\mathrm{MnSiN_{2}}$ anyt:am-1-0028	0.1067, 0.1066	Both	Pna2_1	0.245 eV	0.114 eV	18.8%	2.733 eV	19.0 ppm
$\mathrm{FeHSO_{5}}$ anyt:am-1-0029	0.760	Collinear	C2/c	0.241 eV	0.156 eV	26.6%	2.625 eV	350.0 ppm
$\mathrm{Mn_{2}GeO_{4}}$ anyt:am-1-0030	0.103, 0.101, 0.102	Based on noncollinear	Pnma	0.239 eV	0.127 eV	23.1%	0.594 eV	1.5 ppm
$\mathrm{Fe_{2}O_{3}}$ anyt:am-1-0031	0.66, 0.65	Collinear	R-3c	0.237 eV	0.152 eV	29.0%	2.566 eV	56,300 ppm
$\mathrm{ErCrO_{3}}$ anyt:am-1-0032	0.590, 0.591	Both	Pnma	0.234 eV	0.108 eV	21.9%	3.143 eV	3.5 ppm
$\mathrm{CrInO_{3}}$ anyt:am-1-0033	0.308	Collinear	Pnma	0.232 eV	0.132 eV	20.5%	1.886 eV	0.250 ppm
$\mathrm{CeFeO_{3}}$ anyt:am-1-0034	0.758, 0.759, 0.757	Both	Pnma	0.227 eV	0.121 eV	27.7%	2.818 eV	66.5 ppm
$\mathrm{ScCrO_{3}}$ anyt:am-1-0035	0.307	Collinear	Pnma	0.227 eV	0.127 eV	20.5%	2.987 eV	22.0 ppm
$\mathrm{Sr_{2}TbIrO_{6}}$ anyt:am-1-0036	0.475	Collinear	P2_1/c	0.226 eV	0.114 eV	27.1%	0.139 eV	0.001 ppm
$\mathrm{SmCrO_{3}}$ anyt:am-1-0037	0.698, 0.697	Based on noncollinear	Pnma	0.222 eV	0.095 eV	20.5%	3.115 eV	7.0 ppm
$\mathrm{YCrO_{3}}$ anyt:am-1-0038	0.586, 0.947	Collinear	Pnma	0.221 eV	0.115 eV	21.4%	3.121 eV	33.0 ppm
$\mathrm{SmFeO_{3}}$ anyt:am-1-0039	0.379	Collinear	Pnma	0.215 eV	0.124 eV	27.7%	2.843 eV	7.0 ppm
$\mathrm{FeNiPO_{5}}$ anyt:am-1-0040	0.261	Collinear	Pnma	0.207 eV	0.121 eV	24.4%	2.694 eV	84.0 ppm
$\mathrm{NdMnO_{3}}$ anyt:am-1-0041	0.609, 0.288, 0.370	Both	Pnma	0.206 eV	0.143 eV	19.6%	1.420 eV	41.5 ppm
$\mathrm{DyCrO_{3}}$ anyt:am-1-0042	0.592, 2.64, 2.63	Both	Pnma	0.206 eV	0.103 eV	20.8%	3.079 eV	5.2 ppm
$\mathrm{TmCrO_{3}}$ anyt:am-1-0043	0.587	Collinear	Pnma	0.202 eV	0.117 eV	25.0%	3.141 eV	0.520 ppm
$\mathrm{TmVO_{3}}$ anyt:am-1-0044	0.983, 0.982	Collinear	P2_1/c	0.200 eV	0.100 eV	18.8%	1.739 eV	0.520 ppm
$\mathrm{Fe_{3}P_{2}(HO_{5})_{2}}$ anyt:am-1-0045	0.392	Collinear	P2_1/c	0.197 eV	0.126 eV	23.6%	2.051 eV	1,050 ppm
$\mathrm{PrFeO_{3}}$ anyt:am-1-0046	0.1085	Collinear	Pnma	0.197 eV	0.120 eV	28.6%	2.822 eV	9.2 ppm
$\mathrm{CuFePO_{5}}$ anyt:am-1-0047	0.260	Collinear	Pnma	0.194 eV	0.119 eV	27.5%	1.954 eV	60.0 ppm
$\mathrm{NaOsO_{3}}$ anyt:am-1-0048	0.25	Collinear	Pnma	0.193 eV	0.082 eV	22.9%	0.119 eV	0.002 ppm
$\mathrm{NdFeO_{3}}$ anyt:am-1-0049	0.336, 0.337	Both	Pnma	0.192 eV	0.122 eV	27.7%	2.833 eV	41.5 ppm
$\mathrm{Fe_{2}SiO_{4}}$ anyt:am-1-0050	0.1071	Collinear	Pnma	0.192 eV	0.132 eV	17.4%	2.940 eV	56,300 ppm
$\mathrm{LaMnO_{3}}$ anyt:am-1-0051	0.642, 0.1	Collinear	Pnma	0.188 eV	0.106 eV	20.5%	1.283 eV	39.0 ppm
$\mathrm{TbCrO_{3}}$ anyt:am-1-0052	0.354, 2.62	Both	Pnma	0.188 eV	0.098 eV	24.0%	3.114 eV	1.2 ppm
$\mathrm{CoCO_{3}}$ anyt:am-1-0053	0.114	Collinear	R-3c	0.188 eV	0.125 eV	25.0%	2.766 eV	25.0 ppm
$\mathrm{TmFeO_{3}}$ anyt:am-1-0054	0.1021, 0.1022	Collinear	Pnma	0.188 eV	0.124 eV	22.3%	0.762 eV	0.520 ppm
$\mathrm{Cu_{2}H_{3}ClO_{3}}$ anyt:am-1-0055	0.295	Based on noncollinear	P2_1/c	0.186 eV	0.055 eV	23.1%	1.749 eV	60.0 ppm
$\mathrm{CrNiO_{4}}$ anyt:am-1-0056	0.896	Collinear	Cmcm	0.186 eV	0.109 eV	31.2%	2.000 eV	84.0 ppm
$\mathrm{ZrMn_{2}(GeO_{3})_{4}}$ anyt:am-1-0057	0.315	Collinear	P4/nbm	0.184 eV	0.105 eV	14.4%	2.309 eV	1.5 ppm
$\mathrm{LaCrO_{3}}$ anyt:am-1-0058	0.323, 0.417	Collinear	Pnma	0.182 eV	0.097 eV	20.5%	3.105 eV	39.0 ppm
$\mathrm{MnSe_{2}}$ anyt:am-1-0059	1.0.47	Collinear	Pa-3	0.178 eV	0.133 eV	45.8%	0.983 eV	0.050 ppm
$\mathrm{PrMnO_{3}}$ anyt:am-1-0060	0.608	Collinear	Pnma	0.176 eV	0.107 eV	21.4%	0.896 eV	9.2 ppm
$\mathrm{BaNa_{2}V_{2}FeO_{8}}$ anyt:am-1-0061	0.298	Based on noncollinear	C2/c	0.174 eV	0.102 eV	21.0%	2.710 eV	120.0 ppm
$\mathrm{TiMnO_{3}}$ anyt:am-1-0062	0.50	Collinear	R3c	0.173 eV	0.101 eV	25.0%	2.470 eV	950.0 ppm
$\mathrm{NiPbO_{3}}$ anyt:am-1-0063	0.21	Collinear	R3c	0.170 eV	0.111 eV	26.1%	0.561 eV	14.0 ppm
$\mathrm{ZrCo_{2}(GeO_{3})_{4}}$ anyt:am-1-0064	0.314	Based on noncollinear	P4/nbm	0.170 eV	0.110 eV	17.8%	2.628 eV	1.5 ppm
$\mathrm{YVO_{3}}$ anyt:am-1-0065	0.788	Based on noncollinear	P2_1/c	0.168 eV	0.067 eV	20.8%	2.043 eV	33.0 ppm
$\mathrm{Sr_{2}HoRuO_{6}}$ anyt:am-1-0066	0.792, 0.794, 0.793	Both	P2_1/c	0.166 eV	0.084 eV	22.3%	1.031 eV	0.001 ppm
$\mathrm{NdCrO_{3}}$ anyt:am-1-0067	0.589	Based on noncollinear	Pnma	0.165 eV	0.107 eV	19.6%	3.079 eV	41.5 ppm
$\mathrm{ErVO_{3}}$ anyt:am-1-0068	0.105, 0.104	Both	Pnma	0.165 eV	0.082 eV	18.8%	1.971 eV	3.5 ppm
$\mathrm{CoFePO_{5}}$ anyt:am-1-0069	0.262	Based on noncollinear	Pnma	0.164 eV	0.103 eV	26.9%	2.399 eV	25.0 ppm
$\mathrm{MnCO_{3}}$ anyt:am-1-0070	0.115	Collinear	R-3c	0.161 eV	0.112 eV	19.5%	4.015 eV	200.0 ppm
$\mathrm{FeF_{3}}$ anyt:am-1-0072	1.0.33	Based on noncollinear	P6_3/m	0.159 eV	0.080 eV	31.2%	3.764 eV	585.0 ppm
$\mathrm{Li_{2}Ni(SO_{4})_{2}}$ anyt:am-1-0073	0.714	Collinear	P2_1/c	0.158 eV	0.077 eV	20.5%	4.565 eV	20.0 ppm
$\mathrm{LuCrO_{3}}$ anyt:am-1-0074	0.1068	Based on noncollinear	Pnma	0.158 eV	0.125 eV	19.8%	3.192 eV	0.800 ppm
$\mathrm{FeCO_{3}}$ anyt:am-1-0075	0.116	Collinear	R-3c	0.157 eV	0.110 eV	17.4%	3.688 eV	200.0 ppm
$\mathrm{CoF_{3}}$ anyt:am-1-0077	0.334	Collinear	R-3c	0.155 eV	0.095 eV	31.2%	1.825 eV	25.0 ppm
$\mathrm{Sr_{2}CoTeO_{6}}$ anyt:am-1-0078	0.937, 0.301	Collinear	P2_1/c	0.155 eV	0.088 eV	29.2%	2.154 eV	0.001 ppm
$\mathrm{ZnFeH_{4}O_{2}F_{5}}$ anyt:am-1-0080	0.575	Collinear	Imm2	0.154 eV	0.074 eV	23.4%	3.124 eV	70.0 ppm
$\mathrm{LuVO_{3}}$ anyt:am-1-0081	0.984	Collinear	Pnma	0.153 eV	0.073 eV	18.8%	1.991 eV	0.800 ppm
$\mathrm{YMnO_{3}}$ anyt:am-1-0084	0.6	Based on noncollinear	P6_3cm	0.145 eV	0.092 eV	21.9%	1.304 eV	33.0 ppm
$\mathrm{Co_{2}SiO_{4}}$ anyt:am-1-0086	0.218, 0.219	Based on noncollinear	Pnma	0.144 eV	0.101 eV	22.2%	2.506 eV	25.0 ppm
$\mathrm{LiLa_{2}RuO_{6}}$ anyt:am-1-0087	0.148	Collinear	P2_1/c	0.142 eV	0.093 eV	26.0%	1.220 eV	0.001 ppm
$\mathrm{Mn_{2}SeO_{3}F_{2}}$ anyt:am-1-0088	0.755	Collinear	Pnma	0.141 eV	0.095 eV	21.2%	3.889 eV	0.050 ppm
$\mathrm{FeF_{3}}$ anyt:am-1-0089	0.581, 0.335	Collinear	R-3c	0.141 eV	0.094 eV	32.8%	4.342 eV	585.0 ppm
$\mathrm{Mn_{4}Nb_{2}O_{9}}$ anyt:am-1-0090	0.722	Collinear	Cc	0.140 eV	0.078 eV	21.2%	1.270 eV	20.0 ppm
$\mathrm{Sr_{2}DyRuO_{6}}$ anyt:am-1-0092	0.790	Collinear	P2_1/c	0.138 eV	0.081 eV	23.2%	1.114 eV	0.001 ppm
$\mathrm{YRuO_{3}}$ anyt:am-1-0093	0.513	Collinear	Pnma	0.138 eV	0.067 eV	18.8%	0.569 eV	0.001 ppm
$\mathrm{Li_{2}Co(SO_{4})_{2}}$ anyt:am-1-0094	0.121	Based on noncollinear	P2_1/c	0.136 eV	0.088 eV	20.5%	3.224 eV	20.0 ppm
$\mathrm{LiFeP_{2}O_{7}}$ anyt:am-1-0095	0.83	Collinear	P2_1	0.136 eV	0.085 eV	22.9%	2.958 eV	20.0 ppm
$\mathrm{Sr_{2}ErRuO_{6}}$ anyt:am-1-0096	0.1008	Collinear	P2_1/c	0.134 eV	0.075 eV	22.3%	1.009 eV	0.001 ppm
$\mathrm{Sr_{2}YRuO_{6}}$ anyt:am-1-0097	0.795	Collinear	P2_1/c	0.134 eV	0.075 eV	22.3%	1.012 eV	0.001 ppm
$\mathrm{Fe_{2}PO_{5}}$ anyt:am-1-0098	0.263	Collinear	Pnma	0.134 eV	0.102 eV	22.5%	2.086 eV	1,050 ppm
$\mathrm{HoMnO_{3}}$ anyt:am-1-0099	0.31, 0.32, 0.33	Based on noncollinear	P6_3cm	0.134 eV	0.084 eV	25.0%	1.310 eV	1.3 ppm
$\mathrm{TmVO_{3}}$ anyt:am-1-0100	0.980, 0.981, 0.979	Both	Pnma	0.133 eV	0.068 eV	19.8%	2.050 eV	0.520 ppm
$\mathrm{LuFeO_{3}}$ anyt:am-1-0103	0.117	Based on noncollinear	P6_3cm	0.131 eV	0.077 eV	24.4%	1.794 eV	0.800 ppm
$\mathrm{Sr_{2}YbRuO_{6}}$ anyt:am-1-0104	0.670, 0.669	Based on noncollinear	P2_1/c	0.131 eV	0.072 eV	22.3%	0.982 eV	0.001 ppm
$\mathrm{Sr_{2}TmRuO_{6}}$ anyt:am-1-0105	0.671	Collinear	P2_1/c	0.129 eV	0.070 eV	22.3%	0.978 eV	0.001 ppm
$\mathrm{Er_{2}Cu_{2}O_{5}}$ anyt:am-1-0106	0.240	Based on noncollinear	Pna2_1	0.129 eV	0.071 eV	23.6%	1.732 eV	3.5 ppm
$\mathrm{MgCr_{2}O_{4}}$ anyt:am-1-0107	3.4	Based on noncollinear	Fd-3m	0.127 eV	0.093 eV	39.3%	1.545 eV	102.0 ppm
$\mathrm{Y_{2}Cu_{2}O_{5}}$ anyt:am-1-0108	0.241	Collinear	Pna2_1	0.127 eV	0.070 eV	21.6%	1.704 eV	33.0 ppm
$\mathrm{LaCrO_{3}}$ anyt:am-1-0109	0.416	Collinear	R-3c	0.124 eV	0.098 eV	19.4%	3.194 eV	39.0 ppm
$\mathrm{Sr_{2}TbRuO_{6}}$ anyt:am-1-0110	0.791	Based on noncollinear	P2_1/c	0.122 eV	0.079 eV	24.1%	1.044 eV	0.001 ppm
$\mathrm{Fe_{2}H_{4}NF_{6}}$ anyt:am-1-0111	0.168	Based on noncollinear	Pnma	0.121 eV	0.065 eV	6.2%	1.828 eV	19.0 ppm
$\mathrm{La_{2}NiO_{4}}$ anyt:am-1-0112	0.45	Collinear	P4_2/ncm	0.121 eV	0.076 eV	24.4%	2.313 eV	39.0 ppm
$\mathrm{YVO_{3}}$ anyt:am-1-0113	0.787	Collinear	Pnma	0.120 eV	0.061 eV	19.8%	2.037 eV	33.0 ppm
$\mathrm{CaNi_{3}P_{4}O_{14}}$ anyt:am-1-0114	0.948	Based on noncollinear	P2_1/c	0.120 eV	0.075 eV	24.0%	4.464 eV	84.0 ppm
$\mathrm{Sr_{2}NiTeO_{6}}$ anyt:am-1-0115	0.934	Collinear	P2_1/c	0.119 eV	0.053 eV	28.1%	2.343 eV	0.001 ppm
$\mathrm{Sr_{2}LuRuO_{6}}$ anyt:am-1-0116	0.420	Collinear	P2_1/c	0.119 eV	0.078 eV	21.4%	0.958 eV	0.001 ppm
$\mathrm{Li_{2}Mn(SO_{4})_{2}}$ anyt:am-1-0117	0.122	Based on noncollinear	P2_1/c	0.118 eV	0.051 eV	20.8%	5.101 eV	20.0 ppm
$\mathrm{Ca_{2}Fe_{2}O_{5}}$ anyt:am-1-0118	0.1080	Collinear	Pnma	0.116 eV	0.080 eV	22.9%	1.373 eV	41,500 ppm
$\mathrm{SrMnVHO_{5}}$ anyt:am-1-0120	0.165	Based on noncollinear	P2_12_12_1	0.108 eV	0.073 eV	21.2%	2.356 eV	120.0 ppm
$\mathrm{ScMnO_{3}}$ anyt:am-1-0121	0.7, 0.8	Based on noncollinear	P6_3cm	0.107 eV	0.076 eV	20.6%	1.400 eV	22.0 ppm
$\mathrm{Fe_{3}H_{4}(OF_{4})_{2}}$ anyt:am-1-0122	0.582, 2.61	Both	C2/m	0.106 eV	0.065 eV	22.9%	2.686 eV	585.0 ppm
$\mathrm{CuFeS_{2}}$ anyt:am-1-0123	0.802	Collinear	I-42d	0.105 eV	0.081 eV	28.6%	1.043 eV	60.0 ppm
$\mathrm{LuCrWO_{6}}$ anyt:am-1-0124	0.1082	Collinear	Pna2_1	0.104 eV	0.067 eV	26.1%	2.347 eV	0.800 ppm
$\mathrm{Ba_{3}NiRu_{2}O_{9}}$ anyt:am-1-0125	0.748	Collinear	P6_3/mmc	0.104 eV	0.071 eV	19.4%	1.062 eV	0.001 ppm
$\mathrm{RbFe_{2}F_{6}}$ anyt:am-1-0126	0.192	Based on noncollinear	Pnma	0.103 eV	0.064 eV	5.7%	1.744 eV	90.0 ppm
$\mathrm{BaMnO_{3}}$ anyt:am-1-0127	1.0.39	Collinear	P6_3/mmc	0.103 eV	0.061 eV	26.2%	2.613 eV	425.0 ppm
$\mathrm{Sr_{2}MnTeO_{6}}$ anyt:am-1-0128	0.936	Collinear	P2_1/c	0.103 eV	0.060 eV	20.8%	1.792 eV	0.001 ppm
$\mathrm{CoH_{9}C_{4}NO_{6}}$ anyt:am-1-0129	0.368	Based on noncollinear	Pnma	0.101 eV	0.062 eV	20.2%	3.236 eV	19.0 ppm
$\mathrm{Mn_{2}O_{3}}$ anyt:am-1-0130	0.41, 0.40	Based on noncollinear	Pbca	0.101 eV	0.084 eV	20.6%	0.946 eV	950.0 ppm
$\mathrm{Cu_{4}H_{6}BrO_{6}F}$ anyt:am-1-0131	0.294	Based on noncollinear	Pnma	0.100 eV	0.072 eV	21.1%	1.714 eV	2.4 ppm
$\mathrm{Ba_{2}MnSi_{2}O_{7}}$ anyt:am-1-0132	0.229	Collinear	P-42_1m	0.098 eV	0.062 eV	15.2%	3.349 eV	425.0 ppm
$\mathrm{CaIrO_{3}}$ anyt:am-1-0133	0.79	Collinear	Cmcm	0.096 eV	0.066 eV	29.2%	0.038 eV	0.001 ppm
$\mathrm{SrMnO_{3}}$ anyt:am-1-0134	0.1018, 0.1019	Collinear	C222_1	0.095 eV	0.063 eV	25.5%	1.873 eV	370.0 ppm
$\mathrm{BaMn_{2}V_{2}O_{8}}$ anyt:am-1-0135	0.967	Collinear	I4_1cd	0.095 eV	0.064 eV	25.8%	2.087 eV	120.0 ppm
$\mathrm{NiTe_{2}O_{5}}$ anyt:am-1-0136	0.292	Based on noncollinear	Pnma	0.095 eV	0.067 eV	26.4%	2.766 eV	0.001 ppm
$\mathrm{NdVO_{3}}$ anyt:am-1-0138	0.785, 0.786	Both	Pnma	0.093 eV	0.056 eV	18.8%	1.676 eV	41.5 ppm
$\mathrm{Ba_{2}NdRuO_{6}}$ anyt:am-1-0139	0.1013	Collinear	P2_1/c	0.092 eV	0.042 eV	25.9%	1.026 eV	0.001 ppm
$\mathrm{CsMn_{2}F_{6}}$ anyt:am-1-0140	0.726, 0.727	Based on noncollinear	Pnma	0.090 eV	0.054 eV	13.0%	1.529 eV	3.0 ppm
$\mathrm{HoCrWO_{6}}$ anyt:am-1-0141	0.715, 0.716	Based on noncollinear	Pna2_1	0.090 eV	0.063 eV	26.1%	2.398 eV	1.2 ppm
$\mathrm{NaSr_{3}RuO_{6}}$ anyt:am-1-0142	0.404	Collinear	R-3c	0.089 eV	0.064 eV	25.6%	1.564 eV	0.001 ppm
$\mathrm{DyCrWO_{6}}$ anyt:am-1-0143	0.316	Based on noncollinear	Pna2_1	0.086 eV	0.059 eV	26.7%	1.912 eV	1.2 ppm
$\mathrm{Sr_{3}LiRuO_{6}}$ anyt:am-1-0144	0.361	Collinear	R-3c	0.086 eV	0.067 eV	24.1%	1.553 eV	0.001 ppm
$\mathrm{K_{2}ReI_{6}}$ anyt:am-1-0145	0.434, 0.553	Collinear	P2_1/c	0.084 eV	0.043 eV	34.4%	1.483 eV	0.001 ppm
$\mathrm{Mn(PbO_{2})_{2}}$ anyt:am-1-0146	0.552	Based on noncollinear	P-42_1c	0.083 eV	0.064 eV	24.1%	1.458 eV	14.0 ppm
$\mathrm{BaCuF_{4}}$ anyt:am-1-0147	0.191	Based on noncollinear	Cmc2_1	0.083 eV	0.039 eV	22.2%	2.208 eV	60.0 ppm
$\mathrm{CuB_{2}O_{4}}$ anyt:am-1-0148	0.431	Based on noncollinear	I-42d	0.081 eV	0.052 eV	21.0%	2.137 eV	10.0 ppm
$\mathrm{BaCoSiO_{4}}$ anyt:am-1-0149	0.724	Based on noncollinear	P6_3	0.079 eV	0.054 eV	25.0%	3.079 eV	25.0 ppm
$\mathrm{RbMnF_{4}}$ anyt:am-1-0150	0.329	Collinear	P2_1/c	0.076 eV	0.040 eV	17.2%	1.926 eV	90.0 ppm
$\mathrm{SrMn_{2}V_{2}O_{8}}$ anyt:am-1-0151	0.62	Collinear	I4_1cd	0.076 eV	0.054 eV	24.2%	2.760 eV	120.0 ppm
$\mathrm{LiCa_{3}RuO_{6}}$ anyt:am-1-0152	0.239	Collinear	R-3c	0.074 eV	0.062 eV	26.0%	1.495 eV	0.001 ppm
$\mathrm{Na_{2}MnH_{8}(C_{3}O_{5})_{2}}$ anyt:am-1-0153	0.955	Collinear	Pbca	0.073 eV	0.053 eV	15.5%	3.726 eV	200.0 ppm
$\mathrm{CsMnBr_{3}}$ anyt:am-1-0155	1.0.35	Based on noncollinear	P6_3/mmc	0.071 eV	0.057 eV	26.9%	3.828 eV	2.4 ppm
$\mathrm{LiCa_{3}OsO_{6}}$ anyt:am-1-0158	0.3	Collinear	R-3c	0.068 eV	0.060 eV	17.0%	0.813 eV	0.002 ppm
$\mathrm{Ba_{2}CoGe_{2}O_{7}}$ anyt:am-1-0159	0.56	Collinear	P-42_1m	0.068 eV	0.047 eV	18.0%	2.592 eV	1.5 ppm
$\mathrm{Ca_{2}RuO_{4}}$ anyt:am-1-0160	0.398	Based on noncollinear	Pbca	0.067 eV	0.041 eV	18.1%	0.664 eV	0.001 ppm
$\mathrm{Cu_{3}Mo_{2}O_{9}}$ anyt:am-1-0161	0.130	Based on noncollinear	Pnma	0.064 eV	0.045 eV	18.4%	1.236 eV	1.2 ppm
$\mathrm{Mn_{3}B_{7}IO_{13}}$ anyt:am-1-0162	0.134	Based on noncollinear	Pca2_1	0.063 eV	0.043 eV	18.8%	4.319 eV	0.450 ppm
$\mathrm{Ca_{3}MnCoO_{6}}$ anyt:am-1-0163	0.13	Collinear	R-3c	0.063 eV	0.051 eV	18.8%	2.003 eV	25.0 ppm
$\mathrm{CsNiC_{3}(SN)_{3}}$ anyt:am-1-0164	0.1014	Based on noncollinear	P2_1/c	0.060 eV	0.037 eV	14.2%	2.844 eV	3.0 ppm
$\mathrm{CsCoF_{4}}$ anyt:am-1-0165	0.405	Collinear	I-4c2	0.059 eV	0.045 eV	28.2%	0.053 eV	3.0 ppm
$\mathrm{MnH_{6}(CO_{2})_{3}}$ anyt:am-1-0166	0.1060	Based on noncollinear	Pca2_1	0.059 eV	0.043 eV	19.3%	3.660 eV	200.0 ppm
$\mathrm{Ba_{3}MnSb_{2}O_{9}}$ anyt:am-1-0167	1.0.46	Based on noncollinear	C2/c	0.057 eV	0.045 eV	9.8%	2.075 eV	0.200 ppm
$\mathrm{CuH_{9}C_{4}(NO_{2})_{3}}$ anyt:am-1-0170	0.254, 0.255	Collinear	Pna2_1	0.056 eV	0.034 eV	17.5%	2.201 eV	19.0 ppm
$\mathrm{BaCrF_{5}}$ anyt:am-1-0171	0.303	Collinear	P2_12_12_1	0.049 eV	0.030 eV	23.6%	4.241 eV	102.0 ppm
$\mathrm{Ba_{3}CoSb_{2}O_{9}}$ anyt:am-1-0172	1.0.44	Based on noncollinear	P6_3/mmc	0.044 eV	0.038 eV	24.8%	2.439 eV	0.200 ppm
$\mathrm{Na_{2}CoP_{2}O_{7}}$ anyt:am-1-0175	0.425	Based on noncollinear	Pna2_1	0.040 eV	0.032 eV	15.8%	3.327 eV	25.0 ppm
$\mathrm{BaCu(TeO_{3})_{2}}$ anyt:am-1-0177	0.658	Based on noncollinear	P4_132	0.032 eV	0.023 eV	13.6%	1.921 eV	0.001 ppm
$\mathrm{CsNiCl_{3}}$ anyt:am-1-0178	1.0.4	Based on noncollinear	P6_3/mmc	0.032 eV	0.025 eV	16.4%	3.837 eV	3.0 ppm
$\mathrm{CrH_{4}NF_{3}}$ anyt:am-1-0179	0.1090	Collinear	P4_2/mbc	0.032 eV	0.017 eV	1.4%	2.835 eV	19.0 ppm
$\mathrm{SrCu(TeO_{3})_{2}}$ anyt:am-1-0180	0.530	Based on noncollinear	P4_132	0.026 eV	0.019 eV	5.1%	1.974 eV	0.001 ppm