Abstract
The role of a transport current on the annihilation of the surface barrier for high temperature type II superconducting infinite slab of arbitrary thickness is investigated. The London penetrating field, the vortex fields and the Gibbs potential are calculated. The barrier depends on the external field strength, the value of the transport current flowing through the slab and the orientation of the external field. An agreement of our results with the previous one in some cases is found. (author). 9 refs, 1 fig.
Citation Formats
Saif, A G.
The effect of a transport current on the surface barrier of an uniaxial anisotropic superconducting slab.
IAEA: N. p.,
1992.
Web.
Saif, A G.
The effect of a transport current on the surface barrier of an uniaxial anisotropic superconducting slab.
IAEA.
Saif, A G.
1992.
"The effect of a transport current on the surface barrier of an uniaxial anisotropic superconducting slab."
IAEA.
@misc{etde_10126455,
title = {The effect of a transport current on the surface barrier of an uniaxial anisotropic superconducting slab}
author = {Saif, A G}
abstractNote = {The role of a transport current on the annihilation of the surface barrier for high temperature type II superconducting infinite slab of arbitrary thickness is investigated. The London penetrating field, the vortex fields and the Gibbs potential are calculated. The barrier depends on the external field strength, the value of the transport current flowing through the slab and the orientation of the external field. An agreement of our results with the previous one in some cases is found. (author). 9 refs, 1 fig.}
place = {IAEA}
year = {1992}
month = {Oct}
}
title = {The effect of a transport current on the surface barrier of an uniaxial anisotropic superconducting slab}
author = {Saif, A G}
abstractNote = {The role of a transport current on the annihilation of the surface barrier for high temperature type II superconducting infinite slab of arbitrary thickness is investigated. The London penetrating field, the vortex fields and the Gibbs potential are calculated. The barrier depends on the external field strength, the value of the transport current flowing through the slab and the orientation of the external field. An agreement of our results with the previous one in some cases is found. (author). 9 refs, 1 fig.}
place = {IAEA}
year = {1992}
month = {Oct}
}