On the application of complex resistive boundary conditions tomodel transmission lines consisting of very thin superconductors |
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Authors: | Pond J.M. Krowne C.M. Carter W.L. |
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Affiliation: | US Naval Res. Lab., Washington, DC; |
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Abstract: | A resistive boundary condition for the case where the resistivity is assumed to be a complex quantity is shown to be an accurate model for a superconducting film which is thin compared to the super-conducting penetration depth. The imaginary part of the conductivity is the dominant terms and is a measure of the inductive energy stored in the superconductor. Numerical solutions of superconducting microstrip are obtained and compared to experimental results and to analytic solutions for superconducting parallel-plate waveguides. Excellent agreement is found between experimental, analytical, and numerical results |
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