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

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