Wyniki wyszukiwania - BazTech

Ograniczanie wyników

Znaleziono wyników: 3

Liczba wyników na stronie

Wyniki wyszukiwania

Wyszukiwano:
w słowach kluczowych: nadprzewodnik typu II

Sortuj według:

Ogranicz wyniki do:

Nadprzewodniki drugiego rodzaju i sieć wirów

Abrikosow A. A.

Postępy Fizyki

2004

T. 55, z. 5

199-204

Microstretch model of type II superconductors

Radzikowska E.

Journal of Technical Physics

2003

Vol. 44, no 3

261-276

The Eringen theory of microstretch electromagnetic elastic solids is applied to describe the behaviour oftype-II superconductors interacting with a pinned dense vortex lattice. The electromagnetic, mechanical and thermal fields interactions in superconductors are considered. The electromagnetic interactions are described within the framework of the classical electrodynamics of microstretch elastic solids. The complete system of field equations is presented consisting of the balance laws, the constitutive relations and the jump conditions on the discontinuity surfaces. The linear magnetoelasticity equations of microstretch superconductors are presented.

Statistical physics of string-like objects in condensed matter. Dislocations and superconducting vortices

Rogula D.

Journal of Technical Physics

2002

Vol. 43, no 3

231-239

Material media containing dense distributions of linear, string-like objects are considered. Dislocation lines in structured solids and supercurrent vortices in type-II superconductors are exemplifications of such objects. The strings are assumed to carry a quantized Abelian topological charge, such as the Burgers vector or magnetic flux. The basic formulations of statistical physics of such systems are discussed. Contrary to the special cases of rectilinear strings, which reduce effectively to 2D systems of point-like particles, the statistical physics of 3D networks of flexible strings is treated on a stand alone basis from the first principles. The presented description takes into account the quenched, thermal, and quantum disorder in a unified way. Implications for the macroscopic setting are discussed.