Abstract
The instability of a magnetic flux flow in a system of vortices and antivortices in superconductors with a power (exponent m) anisotropic current-voltage characteristic was studied theoretically. It was shown that instability arose even at a comparatively weak anisotropy of the current-carrying properties of a superconductor if m≫1. The dispersion equation determining the dependence of the increment of instability growth on the wave number was derived and analyzed.
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More From: Journal of Experimental and Theoretical Physics Letters
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