Views
1 week ago

978-1-940366-36-4_WholeBook

Boris V. Vasiliev Supercondustivity Superfluidity

Chapter 7 The Condensate

Chapter 7 The Condensate of Zero-Point Oscillations and Type-I Superconductors 7.1 The Critical Temperature of Type-I Superconductors In order to compare the critical temperature of the condensate of zero-point oscillations with measured critical temperatures of superconductors, at first we should make an estimation on the Fermi energies of superconductors. For this we use the experimental data for the Sommerfeld’s constant through which the Fermi energy can be expressed: γ = π2 k 2 n e = 1 ( π ) ( ) 2/3 2 k 4E F 2 · m e n 1/3 e (7.1) 3 So on the basis of Eqs.(6.12) and (7.1), we get: kT F (γ) = p2 F (γ) 2m e ≃ ( 12 k 2 ) 2 ( 2 2m e ) 3 γ 2 . (7.2) On base of these calculations we obtain possibility to relate directly the critical

VbvAstE-001
VbvNeuE-001
1 - Nuclear Sciences and Applications - IAEA
5 Superconductivity 1 6 Ginzburg-Landau Theory 33
Superconductivity as observed by Magnetic Resonance - F9 - IJS
Superconductivity - Desy
Superconductivity and Quantum Coherence
Carsten Timm: Theory of superconductivity
Vitaly L. Ginzburg - Nobel Lecture - Nobelprize.org
Superconductivity
The essence of superconductivity and superconductors.
Solutions to the problems in Chapter 27
Superconductor
Problem Set [pdf]
7. Superconductivity - University of Liverpool
Report - Psi-k