Some interesting superconductors

and their properties. Click element or compound for some more information.

Legend:
I	element, Type-I superconductor	II	Type-II superconductor
III	Type-III superconductor	HTSL	High Temperature superconductor
S	superconducting under special conditions

element or	atomic	type	Tc	Hc1	Hc2	jc	λ	Energy gap	comment
compound	number		(K)	(Tesla)	(Tesla)	A/cm2	nm	10-4eV
* at 77K
+ λab
++ λc
Be	4	I	0.026	-	-
Al	13	I	1.14	0.0105	-		16	3.4
Ti	22	I	0.39	0.01	-
Ga	31	I	1.09	0.005	-
Zr	40	I	0.546	0.0047	-
Mo	42	I	0.9	0.0095	-
Tc	43	I	7.77	0.141	-
Ru	44	I	0.51	0.007	-
Rh	45	I	0.0003	4.9 x 10-6	-
Cd	48	I	0.56	0.003	-		110	1.5
In	49	I	3.4	0.0293	-			10.5
Sn	50	I	3.72	0.0309	-		34	11.5
La (fcc)	57	I	6	0.11	-
Lu	71	I	0.1		-
Hf	72	I	0.12		-
Ta	73	I	4.483	0.083	-
W	74	I	0.012	0.00017	-
Re	75	I	1.4	0.0198	-
Os	76	I	0.655	0.0065	-
Ir	77	I	0.14	0.0019	-
Hg	80	I	4.15	0.0412	-			16.5
Tl	81	I	2.39	0.0171	-			7.35
Pb	82	I	7.19	0.0803	-		37	27.3
Th	90	I	1.37	0.0162	-
Th	90	I	1.368		-
Pa	91	I	1.4		-
Nb	41	II	9.5	0.198	0.2		39	30.5
Bi3Sr		II	5.62	0.053
V	23	II	5.38	0.142	0.34			16
Zn	30	II	0.88	0.0053	0.0053			2.4
Bi3Ba		II	5.69	0.074
MgB2		II	39
NbSn2		II	2.6	0.062
PuCoGa5		II	18.5		74
PuRhGa5		II	8.7
Ta	73	II	4.48	0.083	0.18			14
Mo3Re		II	9.6	0.053
Nb3Au		II	11
V3Si		III	17.1
Nb0.6Ti0.4		III	9.5		12	2..6 x 105
Nb3Sn		III	18.5		26
Nb3Ge		III	23.2		36
Nb3(Al0.7Ge0.3)		III	21.5		41
MoRe		III	12.6
PbMo5.1S6		III	14.4		50
NbZr		III	10.8
V3Ga		III	16.5
Li	3	S	20						under pressure
B	5	S	11.2						under pressure
C	6	S	15						nanotube
O	8	S	0.6						metallic phase under high pressure
Si	14	S	8.5						under pressure
P	15	S	18						under pressure
S	16	S	17						under pressure
Ca	20	S	15						under pressure
Sc	21	S	0.34						under pressure
Cr	24	S	3						fcc phase sandwiched btw. gold layers
Fe(hcp)	26	S	2						non magnetic hcp phase under high pressure
Ge	32	S	5.4						under pressure
As	33	S	2.7						under pressure
Br	35	S	1.4						under pressure
Sr	38	S	4						under pressure
Y	39	S	2.8						under pressure
Sb	51	S	3.6						under pressure
Te	52	S	7.4						under pressure
J	53	S	1.2						under pressure
Cs	55	S	1.66						under pressure
Ba	56	S	5						under pressure
Bi	83	S	8.7						under pressure
YBa2Cu3O7		HTSL	93		30-60	80000*	150+/800++
Bi2Sr2CaCu2O8		HTSL	85		30-60
Bi2Sr2Ca2Cu3O10		HTSL	110		100-200
Tl2Sr2Ca2Cu3O10		HTSL
Te2Ca2B2Cu3Ox		HTSL	135		100-200
Hg1-xTlxBa2Ca2Cu3O8.33		HTSL	138

Sources:
A. V. Narlikar,Superconductors, Oxford University Press, 2014
Kittel, Introduction to Solid State Physics, 7th Ed.,Wiley, 1996
Myers, Introductory Solid State Physics, 2nd. Ed., Taylor & Francis, 1997
C. Buzea, Supercond. Sci. Technol. 18 (2005) R1-R8
www.hyperphysics.com
www.superconductors.org
wikipedia