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2D pancake vortices in a finite stack of superconducting layers

✍ Scribed by John R. Clem

Publisher
Elsevier Science
Year
1994
Tongue
English
Weight
223 KB
Volume
235-240
Category
Article
ISSN
0921-4534

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✦ Synopsis

The magnetic field has been calculated in the space above and below a stack of N superconducting layers when this field is generated by a single 2D pancake vortex in an arbitrary layer. At sufficiently large distances above the stack, the magnetic field is equivalent to that generated by a monopole of strength less than one flux quantum Β’0 = hc/2e, the strength of the monopole depending upon the distance of the pancake vortex from the top surface. If there is one 2D pancake vortex in ~ach superconducting layer, however, the resulting magnetic field above the stack is the same as that generated by a monopole of strength exactly equal to one flux quantum.

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Peculiarities of 2-D normal zone propaga
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✍ A.V Gavrilin; A.I Rusinov πŸ“‚ Article πŸ“… 1992 πŸ› Elsevier Science 🌐 English βš– 328 KB

The analytical and computer solutions of problem of 2-D propagation of normal zone in one-layer adiabatic solenoid, with taking into account discrete helical structure of winding, is given. Normal zone evolution is analyzed, beginning from its origination due to initial local impulse heat disturbanc