We assume that currents induced by isothermal changes of magnetic field decay logarithmically with time. Incorporating this time dependence into the critical state model, we obtain logarithmic relaxation rate of magnetization as a function of field for the case of an infinite cylinder. We compare these calculations with our earlier calculations on infinite slab geometry
[[abstract]]Magnetic Relexation was studied at a wide range of temperatures and magnetic fields for ...
We study the problem of the time decay of magnetic states in type-II superconductors by starting fro...
We study the problem of the time decay of magnetic states in type-II superconductors by starting fro...
Magnetic relaxation in a type-II superconductor is simulated for a range of temperatures T in a simp...
The magnetic relaxation has been investigated in type-II superconductors when the initial magnetic s...
The magnetic relaxation has been investigated in type-II superconductors when the initial magnetic s...
The magnetic relaxation has been investigated in type-II superconductors when the initial magnetic s...
An extension of Bean's model, incorporating the observed exponential decay, with increasing field, o...
The local magnetic relaxation in superconducting slab is investigated numerically for Anderson-Kim m...
The local magnetic relaxation in superconducting slab is investigated numerically for Anderson-Kim m...
At the initial time intervals, preceding the thermally activated flux creep regime, fast nonlogarith...
The local magnetic relaxation in superconducting slab is investigated numerically for Anderson-Kim m...
This paper discusses the spin lattice relaxation time of a dirty type II superconductor in the mixed...
Measurements of the time decay of non-equilibrium magnetization of various industrial Y123-coated co...
We present a study of the time decay of magnetic states in type-II superconductors. The mean escape ...
[[abstract]]Magnetic Relexation was studied at a wide range of temperatures and magnetic fields for ...
We study the problem of the time decay of magnetic states in type-II superconductors by starting fro...
We study the problem of the time decay of magnetic states in type-II superconductors by starting fro...
Magnetic relaxation in a type-II superconductor is simulated for a range of temperatures T in a simp...
The magnetic relaxation has been investigated in type-II superconductors when the initial magnetic s...
The magnetic relaxation has been investigated in type-II superconductors when the initial magnetic s...
The magnetic relaxation has been investigated in type-II superconductors when the initial magnetic s...
An extension of Bean's model, incorporating the observed exponential decay, with increasing field, o...
The local magnetic relaxation in superconducting slab is investigated numerically for Anderson-Kim m...
The local magnetic relaxation in superconducting slab is investigated numerically for Anderson-Kim m...
At the initial time intervals, preceding the thermally activated flux creep regime, fast nonlogarith...
The local magnetic relaxation in superconducting slab is investigated numerically for Anderson-Kim m...
This paper discusses the spin lattice relaxation time of a dirty type II superconductor in the mixed...
Measurements of the time decay of non-equilibrium magnetization of various industrial Y123-coated co...
We present a study of the time decay of magnetic states in type-II superconductors. The mean escape ...
[[abstract]]Magnetic Relexation was studied at a wide range of temperatures and magnetic fields for ...
We study the problem of the time decay of magnetic states in type-II superconductors by starting fro...
We study the problem of the time decay of magnetic states in type-II superconductors by starting fro...
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