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List of superconductors

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This article containsdynamic lists that may never be able to satisfy particular standards for completeness. You can help byadding missing items withreliable sources.

The table below shows some of the parameters of commonsuperconductors. X:Y means material X doped with element Y,TC is the highest reported transition temperature inkelvins andHC is acritical magnetic field intesla. "BCS" means whether or not the superconductivity is explained within theBCS theory.

List

[edit]
SubstanceClassTC (K)HC (T)TypeBCSReferences
AlElement1.200.01Iyes[1][2][3]
BiElement5.3×10−45.2×10−6Ino[note 1][4]
CdElement0.520.0028Iyes[2][3]
Diamond:BElement11.44IIyes[5][6][7]
GaElement1.0830.0058Iyes[2][3][8]
HfElement0.165Iyes[2]
α-HgElement4.150.04Iyes[2][3]
β-HgElement3.950.04Iyes[2][3]
InElement3.40.03Iyes[2][3]
IrElement0.140.0016Iyes[2][8]
α-LaElement4.9Iyes[2]
β-LaElement6.3Iyes[2]
LiElement4×10−4I[9]
MoElement0.920.0096Iyes[2][8]
NbElement9.260.82IIyes[2][3]
OsElement0.650.007Iyes[2]
PaElement1.4Iyes[10]
PbElement7.190.08Iyes[2][3]
ReElement2.40.03Iyes[2][3][11]
RhElement3.25×10−44.9×10−6I[12]
RuElement0.490.005Iyes[2][3]
Si:BElement0.40.4IIyes[13]
SnElement3.720.03Iyes[2][3]
TaElement4.480.09Iyes[2][3]
TcElement7.46–11.20.04IIyes[2][3]
α-ThElement1.370.013Iyes[2][3]
TiElement0.390.01Iyes[2][3]
TlElement2.390.02Iyes[2][3]
α-UElement0.68Iyes[2][10]
β-UElement1.8Iyes[10]
VElement5.031IIyes[2][3]
α-WElement0.0150.00012Iyes[8][10][14]
β-WElement1–4[14]
YbElement1.4 (>86 GPa)no[15]
ZnElement0.8550.005Iyes[2][3]
ZrElement0.550.014Iyes[2][3]
Ba8Si46Clathrate8.070.008IIyes[16]
CaH6Clathrate215 (172 GPa)[17][18]
C6CaCompound11.50.95II[19]
C6Li3Ca2Compound11.15II[19]
C8KCompound0.14II[19]
C8KHgCompound1.4II[19]
C6KCompound1.5II[20]
C3KCompound3.0II[20]
C3LiCompound<0.35II[20]
C2LiCompound1.9II[20]
C3NaCompound2.3–3.8II[20]
C2NaCompound5.0II[20]
C8RbCompound0.025II[19]
C6SrCompound1.65II[19]
C6YbCompound6.5II[19]
Sr2RuO4Compound0.93II[21]
C60Cs2RbCompound33IIyes[22]
C60K3Compound19.80.013IIyes[16][23]
C60RbXCompound28IIyes[24]
C60Cs3Compound38
FeB4Compound2.9II[25]
InNCompound3IIyes[26]
In2O3Compound3.3~3IIyes[27]
LaB6Compound0.45yes[28]
MgB2Compound3974IIyes[29]
Nb3AlCompound18IIyes[2]
NbC1-xNxCompound17.812IIyes[30][31]
Nb3GeCompound23.237IIyes[32]
NbOCompound1.38IIyes[33]
NbNCompound16IIyes[2]
Nb3SnCompound18.330IIyes[34]
NbTiCompound1015IIyes[2]
SiC:BCompound1.40.008Iyes[35]
SiC:AlCompound1.50.04IIyes[35]
TiNCompound5.65IIyes[36][37][38]
V3SiCompound17[39]
YB6Compound8.4IIyes[40][41][42]
ZrNCompound10yes[43]
ZrB12Compound6.0IIyes[42]
UTe2Compound2.10no[44]
CuBa0.15La1.85O4Cuprate52.5[45]
YBCOCuprate95120–250IIno
EuBCOCuprate93IIno[46]
GdBCOCuprate91IIno[47]
BSCCOCuprate104
HBCCOCuprate135
HgTlBaCaCuOCuprate164II[citation needed]
SmFeAs(O,F)Iron-based55
CeFeAs(O,F)Iron-based41
LaFeAs(O,F)Iron-based26
LaFeSiHIron-based11[48]
LaFePOIron-based4
FeSe:SrTiO3Iron-based60-100
(Ba,K)Fe2As2Iron-based38
NaFeAsIron-based20
La3Ni2O7Oxonickelate80 (>14 GPa)[49]
H2SPolyhydride203 (155 GPa)II
LaH10Polyhydride250 (150 GPa)[50]

Notes

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  1. ^According to,[4] superconductivity in Bi is not compatible with conventional BCS theory because the Fermi energy of Bi is comparable to the phonon energy (Debye frequency).

References

[edit]
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