Abstract
A modified London equation is developed to study the system of a vibrating wire (two vibrating wires) carrying a direct current parallel to a moving type II superconducting infinite slab of arbitrary thickness. Exact solutions of the magnetic vector potential inside and outside the superconducting sample are obtained. Moreover, exact integral expression of power losses is obtained. These analytical solutions can be used for testing of the superconducting slabs in motion and the related problems of losses of moving superconductors. A good agreement with previous results is found in some limited cases. (author). 10 refs.
Citation Formats
Saif, A G.
Effects of a vibrating wire carrying DC current on a moving type II superconducting slab of arbitrary thickness.
IAEA: N. p.,
1992.
Web.
Saif, A G.
Effects of a vibrating wire carrying DC current on a moving type II superconducting slab of arbitrary thickness.
IAEA.
Saif, A G.
1992.
"Effects of a vibrating wire carrying DC current on a moving type II superconducting slab of arbitrary thickness."
IAEA.
@misc{etde_10126458,
title = {Effects of a vibrating wire carrying DC current on a moving type II superconducting slab of arbitrary thickness}
author = {Saif, A G}
abstractNote = {A modified London equation is developed to study the system of a vibrating wire (two vibrating wires) carrying a direct current parallel to a moving type II superconducting infinite slab of arbitrary thickness. Exact solutions of the magnetic vector potential inside and outside the superconducting sample are obtained. Moreover, exact integral expression of power losses is obtained. These analytical solutions can be used for testing of the superconducting slabs in motion and the related problems of losses of moving superconductors. A good agreement with previous results is found in some limited cases. (author). 10 refs.}
place = {IAEA}
year = {1992}
month = {Oct}
}
title = {Effects of a vibrating wire carrying DC current on a moving type II superconducting slab of arbitrary thickness}
author = {Saif, A G}
abstractNote = {A modified London equation is developed to study the system of a vibrating wire (two vibrating wires) carrying a direct current parallel to a moving type II superconducting infinite slab of arbitrary thickness. Exact solutions of the magnetic vector potential inside and outside the superconducting sample are obtained. Moreover, exact integral expression of power losses is obtained. These analytical solutions can be used for testing of the superconducting slabs in motion and the related problems of losses of moving superconductors. A good agreement with previous results is found in some limited cases. (author). 10 refs.}
place = {IAEA}
year = {1992}
month = {Oct}
}