Analysis of Nonuniform Superconducting Transmission Lines and Microstrips in Microwave Regime, M.Sc. Thesis Sharif University of Technology ; Mehrany, Khashayar (Supervisor) ; Fardmanesh, Mehdi (Supervisor)
Abstract
Nonuniform superconducting microstrip transmission lines in microwave regime have been investigated. Nonuniform transmission lines provide the capability of controlling line parameters. Photonic structures with subwavelength features can be homogenized and thus be accurately approximated by homogeneous yet spatially dispersive structures. This idea is here applied to nonuniform superconducting transmission lines with subwavelength nonuniformities, i.e. subcentimeter features in the microwave regime. This modelling is quite useful in geometrical and optical control of quasi-TEM wave propagation and dispersion engineering along microwave superconducting lines. This approach has applications...
Cataloging briefAnalysis of Nonuniform Superconducting Transmission Lines and Microstrips in Microwave Regime, M.Sc. Thesis Sharif University of Technology ; Mehrany, Khashayar (Supervisor) ; Fardmanesh, Mehdi (Supervisor)
Abstract
Nonuniform superconducting microstrip transmission lines in microwave regime have been investigated. Nonuniform transmission lines provide the capability of controlling line parameters. Photonic structures with subwavelength features can be homogenized and thus be accurately approximated by homogeneous yet spatially dispersive structures. This idea is here applied to nonuniform superconducting transmission lines with subwavelength nonuniformities, i.e. subcentimeter features in the microwave regime. This modelling is quite useful in geometrical and optical control of quasi-TEM wave propagation and dispersion engineering along microwave superconducting lines. This approach has applications...
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