Table 10.5 Superconductivity Parameters of the Elements Superconducing trandikon emperanres and cridcal fieide N Ne Upper mumber: Traike mperare ink Lower nter. Cct magic fidd aae oo in 10a Al Na Mg Ar Ga 00 40 a M R Na as 1.0 e as se K Co Kr OS 1.08 1406 54 58 * N Mo T R In an9 2 7.77 049 TeI Xe 47 200 1410 La Ta Re Os Ir Po At R Au t00 0.15 447 1.0 0.06 01 1.15 200 4.152 .20 178 03 1000 13 16 411 Ar N Dy Th 1 14 Np PrmLM. tera, Ppatntel apendate Maimat, Sapplemm, NIS Tachnical Now , Matingan, D: Us Coneme iing otee (finn.

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Consider the superconducting transition temperatures of the elements as shown in Table. In cases in which there is more than one superconductor in a column of the periodic table, are the transition temperatures consistent with the spirit of the isotope effect (that is, does the heavier element have a lower Tc)?

Table 10.5 Superconductivity Parameters of the Elements
Superconducing trandikon emperanres and cridcal fieide
N
Ne
Upper mumber: Traike mperare ink
Lower nter. Cct magic fidd aae oo in 10a
Al
Na Mg
Ar
Ga
00 40 a M R Na as 1.0 e as se
K
Co
Kr
OS 1.08
1406
54
58
* N Mo T R
In
an9 2 7.77 049
TeI Xe
47
200
1410
La
Ta
Re
Os
Ir
Po At R
Au
t00 0.15 447 1.0 0.06 01
1.15 200
4.152 .20
178 03
1000
13
16
411
Ar
N
Dy
Th
1 14
Np
PrmLM. tera, Ppatntel apendate Maimat, Sapplemm, NIS Tachnical Now , Matingan, D: Us
Coneme iing otee (finn.
Transcribed Image Text:Table 10.5 Superconductivity Parameters of the Elements Superconducing trandikon emperanres and cridcal fieide N Ne Upper mumber: Traike mperare ink Lower nter. Cct magic fidd aae oo in 10a Al Na Mg Ar Ga 00 40 a M R Na as 1.0 e as se K Co Kr OS 1.08 1406 54 58 * N Mo T R In an9 2 7.77 049 TeI Xe 47 200 1410 La Ta Re Os Ir Po At R Au t00 0.15 447 1.0 0.06 01 1.15 200 4.152 .20 178 03 1000 13 16 411 Ar N Dy Th 1 14 Np PrmLM. tera, Ppatntel apendate Maimat, Sapplemm, NIS Tachnical Now , Matingan, D: Us Coneme iing otee (finn.
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