formula id formula material class TC (K) ΔSM (J kg−1K−1) moment (emu/g) largest local moment
H = 2 T H = 5 T element µ (µB/atom)
MnFe2Si 0 MnFe₂Si heusler 250.0 1.7 0.7 86.1 Mn 2.54
MnNi2Ga 1 MnNi₂Ga heusler 329.0 1.5 93.7 Mn 3.38
MnCoP 2 MnCoP Ni2In-TiNiSi 583.0 3.1 6.0 114.9 Mn 2.74
FeB 3 FeB boride 573.0 1.7 3.2 96.6 Fe 1.26
Ni 4 Ni close packed 627.0 1.4 2.5 55.6 Ni 0.62
Y2Fe17 5 Y₂Fe₁₇ close packed 300.0 2.5 4.8 187.3 Fe 2.61
MnFeP0.667As0.333 6 MnFeP₀.₆₆₇As₀.₃₃₃ Fe2P 225.0 11.0 16.0 146.0 Mn 3.0
Fe3GeTe2 8 Fe₃GeTe₂ layered 225.0 1.1 70.8 Fe 2.45
FeRu2Sn 9 FeRu₂Sn heusler 545.0 0.29 0.57 61.7 Fe 3.14
Mn3GaC 10 Mn₃GaC antiperovskite 250.0 2.5 4.5 95.0 Mn 1.79
MnP 11 MnP NiAs 290.0 1.8 3.8 46.9 Mn 0.8
MnFeGe0.333P0.333Si0.333 12 MnFeGe₀.₃₃₃P₀.₃₃₃Si₀.₃₃₃ Fe2P 275.0 14.0 35.0 154.7 Mn 2.88
CrO2 13 CrO₂ oxide 396.0 6.8 133.0 Cr 2.13
La2MnNiO6 14 La₂MnNiO₆ oxide 280.0 1.0 2.1 57.2 Mn 2.96
SrRuO3 15 SrRuO₃ oxide 160.0 0.6 2.0 47.3 Ru 1.41
MnB 16 MnB boride 571.0 5.1 9.4 155.1 Mn 1.93
MnNiSb 17 MnNiSb half heusler 765.0 1.5 3.0 94.9 Mn 3.68
AlFe2B2 18 AlFe₂B₂ layered 275.0 4.5 7.5 92.3 Fe 1.37
Fe2P 19 Fe₂P Fe2P 223.0 1.5 2.9 116.7 Fe 2.27
Fe3C 20 Fe₃C intercalation 475.0 3.1 170.2 Fe 1.93
Fe5Si3 21 Fe₅Si₃ Mn5Si3 373.0 1.0 2.8 111.7 Fe 1.78
LaMnO3 22 LaMnO₃ oxide 300.0 3.0 7.0 71.2 Mn 2.9
Mn5Ge3 23 Mn₅Ge₃ Mn5Si3 300.0 3.8 9.4 152.5 Mn 3.12
Mn5PB2 24 Mn₅PB₂ boride 302.0 2.6 5.0 138.0 Mn 1.74
MnAs 25 MnAs NiAs 318.0 20.0 30.0 121.5 Mn 2.91
MnCoGe 26 MnCoGe Ni2In-TiNiSi 235.0 3.0 6.0 90.7 Mn 2.69
MnFeGe 27 MnFeGe Ni2In-TiNiSi 235.0 0.75 1.6 83.8 Mn 2.43
MnFeP0.667Si0.333 28 MnFeP₀.₆₆₇Si₀.₃₃₃ Fe2P 250.0 16.0 171.1 Mn 2.93
MnNi2Sn 29 MnNi₂Sn heusler 350.0 1.15 2.1 80.0 Mn 3.6
MnSi 30 MnSi B20 31.0 2.2 3.55 66.9 Mn 1.07
Mn3Sn2 31 Mn₃Sn₂ NiAs 280.0 1.9 3.5 107.3 Mn 2.77
MnFeP0.333As0.667 32 MnFeP₀.₃₃₃As₀.₆₆₇ Fe2P 325.0 12.0 33.0 141.7 Mn 2.96
Mn3AlC 33 Mn₃AlC antiperovskite 288.0 1.6 3.5 107.0 Mn 1.64
MnSb 34 MnSb NiAs 600.0 73.0 Mn 2.4
Fe23Y6 35 Fe₂₃Y₆ other 485.0 152.8 Fe 2.52
Fe3Y 36 Fe₃Y other 549.0 82.4 Fe 2.14
Co5Y 37 Co₅Y other 921.0 105.2 Co 1.56
Co7La2 38 Co₇La₂ other 490.0 2.2 Co 0.44
Fe2Y 39 Fe₂Y laves 550.0 86.0 Fe 1.99
Fe3P 40 Fe₃P close packed 716.0 157.3 Fe 2.22
Fe3N 41 Fe₃N close packed 550.0 187.8 Fe 2.13
Fe2CoN 42 Fe₂CoN close packed 488.0 155.4 Fe 2.18
Fe2NiN 43 Fe₂NiN close packed 234.0 126.3 Fe 2.07
Fe3Ge 44 Fe₃Ge close packed 640.0 147.8 Fe 2.2
Co2B 45 Co₂B boride 429.0 83.1 Co 1.04
Co3B 46 Co₃B boride 747.0 105.6 Co 1.25
CoS2 47 CoS₂ pyrite 130.0 45.2 Co 0.91
CrNb3S6 48 CrNb₃S₆ layered 160.0 32.1 Cr 2.84
CrTa3S6 49 CrTa₃S₆ layered 170.0 21.7 Cr 2.68
MnNb3S6 50 MnNb₃S₆ layered 48.0 45.0 Mn 3.87
MnTa3S6 51 MnTa₃S₆ layered 80.0 12.6 Mn 1.76
CrNb3Se6 52 CrNb₃Se₆ layered 105.0 21.1 Cr 3.0
CrTa3Se6 53 CrTa₃Se₆ layered 120.0 16.0 Cr 3.08
MnNb4S8 54 MnNb₄S₈ layered 100.0 29.7 Mn 3.72
MnTa4S8 55 MnTa₄S₈ layered 75.0 21.7 Mn 3.88
Cr2Te3 56 Cr₂Te₃ Ni2In-TiNiSi 180.0 69.3 Cr 3.19
Cr3Te4 57 Cr₃Te₄ Ni2In-TiNiSi 317.0 83.7 Cr 3.4
CuCr2Se4 58 CuCr₂Se₄ spinel 430.0 59.3 Cr 2.86
CuCr2S4 59 CuCr₂S₄ spinel 375.0 94.9 Cr 2.74
CuCr2Te4 60 CuCr₂Te₄ spinel 329.0 44.3 Cr 2.96
Ba2MnReO6 61 Ba₂MnReO₆ oxide 110.0 35.8 Mn 4.26
Ba2FeMoO6 62 Ba₂FeMoO₆ oxide 308.0 42.8 Fe 3.73
Ba2FeReO6 63 Ba₂FeReO₆ oxide 303.0 27.3 Fe 3.67
Sr2CrMoO6 64 Sr₂CrMoO₆ oxide 420.0 26.7 Cr 2.33
Sr2FeMoO6 65 Sr₂FeMoO₆ oxide 420.0 7.3 Fe 0.71
Sr2CrReO6 66 Sr₂CrReO₆ oxide 620.0 10.8 Cr 2.32
Sr2CrWO6 67 Sr₂CrWO₆ oxide 458.0 22.0 Cr 2.29
Sr2FeReO6 68 Sr₂FeReO₆ oxide 400.0 32.7 Fe 3.71
La2MnCoO6 69 La₂MnCoO₆ oxide 230.0 68.7 Mn 2.9
CdCr2S4 70 CdCr₂S₄ spinel 86.0 97.2 Cr 2.94
CdCr2Se4 71 CdCr₂Se₄ spinel 130.0 63.0 Cr 3.02
MnB2 72 MnB₂ boride 157.0 133.3 Mn 1.84
ZrFe2 73 ZrFe₂ laves 633.0 83.7 Fe 1.96
ScFe2 74 ScFe₂ laves 545.0 94.2 Fe 1.79
MnGe4 75 MnGe₄ other 340.0 25.2 Mn 1.78
MnGa2Sb2 76 MnGa₂Sb₂ other 310.0 34.7 Mn 2.87
Ni3Pt 77 Ni₃Pt close packed 450.0 34.8 Ni 0.76
NiPt 78 NiPt close packed 200.0 23.4 Ni 0.74
CoPt 79 CoPt close packed 840.0 49.0 Co 1.87
CoPt3 80 CoPt₃ close packed 400.0 25.2 Co 1.98
FePd 81 FePd close packed 760.0 110.2 Fe 2.88
FePt 82 FePt close packed 750.0 72.1 Fe 2.93
MnAl 83 MnAl close packed 650.0 129.8 Mn 1.91
Ni3Mn 84 Ni₃Mn close packed 750.0 119.4 Mn 3.23
Fe3Pt 85 Fe₃Pt close packed 462.0 127.8 Fe 2.76
Fe3Pd 86 Fe₃Pd close packed 575.0 168.8 Fe 2.78
FePd3 87 FePd₃ close packed 543.0 63.5 Fe 3.3
Fe4N 88 Fe₄N antiperovskite 769.0 232.0 Fe 2.98
Fe16N2 89 Fe₁₆N₂ close packed 810.0 213.4 Fe 2.79
MnBi 90 MnBi NiAs 633.0 60.4 Mn 2.91
Fe5SiB2 91 Fe₅SiB₂ boride 784.0 147.2 Fe 2.13
Fe5PB2 92 Fe₅PB₂ boride 640.0 143.1 Fe 2.05
Fe4CoPB2 93 Fe₄CoPB₂ boride 515.0 108.6 Fe 1.57
Fe4MnPB2 94 Fe₄MnPB₂ boride 650.0 140.7 Mn 2.15
Fe4CoSiB2 95 Fe₄CoSiB₂ boride 675.0 117.9 Fe 1.65
Fe4MnSiB2 96 Fe₄MnSiB₂ boride 770.0 141.5 Mn 2.14
Mn5SiB2 97 Mn₅SiB₂ boride 628.0 131.5 Mn 1.69
BaRuO3 98 BaRuO₃ oxide 60.0 43.3 Ru 1.53
Sr3Ru2O7 99 Sr₃Ru₂O₇ oxide 104.0 39.7 Ru 1.41
Mn3InC 100 Mn₃InC antiperovskite 272.0 116.0 Mn 2.52
Fe3GaC 101 Fe₃GaC antiperovskite 510.0 70.1 Fe 1.25
Fe3ZnC 102 Fe₃ZnC antiperovskite 368.0 93.8 Fe 1.68
Mn3ZnC 103 Mn₃ZnC antiperovskite 353.0 161.7 Mn 2.74
Mn3GeC 104 Mn₃GeC antiperovskite 330.0 65.1 Mn 1.22
Fe3RhN 105 Fe₃RhN antiperovskite 505.0 168.9 Fe 2.64
CrMn2B4 106 CrMn₂B₄ boride 440.0 90.9 Mn 1.75
MoMn2B4 107 MoMn₂B₄ boride 590.0 78.7 Mn 1.83
WMn2B4 108 WMn₂B₄ boride 560.0 58.4 Mn 1.83
TaMn2B4 109 TaMn₂B₄ boride 780.0 66.7 Mn 2.05
CrNiAs 110 CrNiAs Fe2P 182.0 90.0 Cr 2.96
CrNiP 111 CrNiP Ni2In-TiNiSi 140.0 104.3 Cr 2.48
FeCoP 112 FeCoP Ni2In-TiNiSi 425.0 78.0 Fe 1.78
FeNiP 113 FeNiP Fe2P 95.0 45.6 Fe 1.38
MnCoAs 114 MnCoAs Ni2In-TiNiSi 350.0 91.7 Mn 3.04
FeCoAs 115 FeCoAs Fe2P 300.0 64.5 Fe 2.13
MnCoSb 116 MnCoSb half heusler 478.0 70.9 Mn 3.19
MnPtSb 117 MnPtSb half heusler 572.0 58.2 Mn 3.64
MnPtSn 118 MnPtSn half heusler 330.0 55.5 Mn 3.75
VCoSb 119 VCoSb half heusler 58.0 24.1 V 1.17
MnPdSb 120 MnPdSb half heusler 500.0 66.3 Mn 3.24
TiCoSn 121 TiCoSn half heusler 134.0 9.2 Co 0.6
MnPtGa 122 MnPtGa Ni2In-TiNiSi 220.0 65.5 Mn 3.66
BaFeO3 123 BaFeO₃ oxide 110.0 83.8 Fe 2.99
Fe2Zr 124 Fe₂Zr laves 600.0 84.3 Fe 1.97
Fe5C2 125 Fe₅C₂ close packed 519.0 153.2 Fe 2.13
Fe7C3 126 Fe₇C₃ close packed 523.0 151.3 Fe 2.02
Co3Sn2S2 127 Co₃Sn₂S₂ other 177.0 11.6 Co 0.39
Ni3Al 128 Ni₃Al close packed 42.0 22.2 Ni 0.33
ZrZn2 129 ZrZn₂ laves 17.0 22.1 Zr 0.52
Au4V 130 Au₄V other 44.0 12.7 V 1.81
CrBe12 131 CrBe₁₂ other 50.0 47.4 Cr 1.68
MnCo2Si 132 MnCo₂Si heusler 985.0 138.9 Mn 3.0
MnCo2Sn 133 MnCo₂Sn heusler 829.0 96.5 Mn 3.21
MnCo2Ga 134 MnCo₂Ga heusler 694.0 94.3 Mn 2.76
MnCo2Ge 135 MnCo₂Ge heusler 905.0 113.7 Mn 3.06
MnCu2Al 136 MnCu₂Al heusler 600.0 94.9 Mn 3.45
MnCu2In 137 MnCu₂In heusler 520.0 69.9 Mn 3.63
MnCu2Sn 138 MnCu₂Sn heusler 530.0 72.9 Mn 3.7
MnNi2Ga 139 MnNi₂Ga heusler 379.0 93.7 Mn 3.38
MnNi2In 140 MnNi₂In heusler 323.0 81.3 Mn 3.5
MnNi2Sb 141 MnNi₂Sb heusler 360.0 75.6 Mn 3.58
MnPd2Sn 142 MnPd₂Sn heusler 189.0 60.1 Mn 3.92
MnPd2Sb 143 MnPd₂Sb heusler 247.0 62.0 Mn 3.99
TiCo2Sn 144 TiCo₂Sn heusler 371.0 39.4 Co 1.06
TiCo2Ge 145 TiCo₂Ge heusler 384.0 47.2 Co 1.03
FeCo2Si 146 FeCo₂Si heusler 1015.0 148.9 Fe 2.78
FeCo2Ge 147 FeCo₂Ge heusler 980.0 126.1 Fe 2.86
TiCo2Al 148 TiCo₂Al heusler 120.0 28.8 Co 0.6
VCo2Ga 149 VCo₂Ga heusler 358.0 46.8 Co 0.93
Fe3Si 150 Fe₃Si heusler 600.0 146.0 Fe 2.56
Fe3Ge 151 Fe₃Ge heusler 740.0 125.2 Fe 2.59
VCo2Sn 152 VCo₂Sn heusler 95.0 57.3 Co 1.05
CrCo2Ga 153 CrCo₂Ga heusler 495.0 70.5 Cr 1.61
CrCo2Al 154 CrCo₂Al heusler 334.0 85.2 Cr 1.55
MnCo2Al 155 MnCo₂Al heusler 697.0 112.6 Mn 2.7
VMn2Al 156 VMn₂Al heusler 760.0 59.5 Mn 1.42
ZrCo2Sn 157 ZrCo₂Sn heusler 448.0 34.1 Co 1.08
HfCo2Sn 158 HfCo₂Sn heusler 394.0 26.9 Co 1.06
NbCo2Sn 159 NbCo₂Sn heusler 105.0 29.0 Co 0.85
CrFe2Al 160 CrFe₂Al heusler 210.0 5.0 Cr 0.23
Fe3Al 161 Fe₃Al heusler 400.0 169.9 Fe 2.4
MnGeP2 162 MnGeP₂ chalcopyrite 320.0 98.9 Mn 3.15
MnGeAs2 163 MnGeAs₂ chalcopyrite 340.0 83.6 Mn 3.76
HgCr2S4 164 HgCr₂S₄ spinel 36.0 77.3 Cr 2.93
HgCr2Se4 165 HgCr₂Se₄ spinel 106.0 53.9 Cr 3.01