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Date : 1979-04-20
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Magnetic Flux Structures in Superconductors Extended ~ The first edition of this book provided an introduction to the many static and dynamic features of magnetic flux structures in what are now called classical or lowtemperature superconductors It went out of print not long after the discovery of hightemperature superconductors in 1986 by
Spontaneous Generation of Magnetic Flux in Superconductors ~ The KibbleZurek scenario of the generation of topological defects applied to superconductors predicts the spontaneous formation of magnetic flux during a rapid quench through T c The predicted amount of net flux scales as the 18 power of the cooling rate and as the square root of the circumference of the sample
RETRACTED ARTICLE Effect of magnetic relaxation on flux ~ Abstract The effect of magnetic relaxation on flux jump is studied in high temperature superconducting slab The magnetothermal diffusion equations based on the Kim model are presented in this paper to estimate the effect of magnetic relaxation on flux jump inside the slab in the flux dynamics process
Meissner Effect Contradiction of Magnetic Flux in Superconductors ~ In this video lecture the basic phenomenon in superconductors Meissner Effect is defined and discussed When and why the external magnetic fields repel by
Flux confinement in mesoscopic superconductors ScienceDirect ~ Since the critical temperature versus applied magnetic field T c H is in factE LLL H measured in temperature units it is varied as well when the sample topology is changed We demonstrate that in all the submicron structures studied the shape of the T c H phase boundary is determined by the confinement topology in a unique way
Magnetic Hysteresis and Flux Prof iles in Type I ~ vortices or flux lines each of which carries one flux quantum 4 o Each flux line can be imagined to consist of a normal conducting core 3 with a maximum of the microscopic magnetic field ji curl A surrounded by ci rculating supercurrents Fig2 in an ideal reversible type1 1 superconductor these vortices form a
About magnetic relaxation of partially penetrated ~ Abstract Magnetic relaxation of the partially penetrated screening current during flux creep has been studied A theoretical analysis was based on the macroscopic description of the flux creep using the power and exponential equations for currentvoltage characteristics of superconductors
Observation of magnetic flux frozen in high conductivity ~ Observation of magnetic flux frozen in high conductivity metal during flux jumping in a type II superconductor Author links open overlay panel T Onishi Show more
Evaluation of magnetic homogeneities of Gd–Ba–Cu–O bulk ~ Bulk superconductors can trap much higher magnetic fields than conventional Nd–Fe–B magnet Recently the trapped magnetic field of about 3 T was achieved at 77 K in the Gd–Ba–Cu–O system The trapped magnetic field is determined by the magnitude of the critical current densities and the radial length over which they flow
Mode of magnetic flux penetration into high Tc ~ The modes of magnetic flux penetration and AC loss in BSCCO superconductors carrying the transport current only exposed to an external magnetic field only and carrying the transport current and exposed to an external magnetic field simultaneously are compared with each other The AC losses in a flat tape and in a round wire are also compared
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