Abstract
The propagation properties of the TE-modes in a high-temperature superconducting circular waveguide using the Mei\ner boundary conditions on the wall are presented for the first time. The results show that now the normalized cutoff parameterk c R, (whereR is the radius of the superconducting circular waveguide andk c the cutoff wavenumber,) is dependent on the radius unlike conventional metallic circular waveguide whose normalized cutoff parameterk c R is a constant for a given mode and the filled dielectrics. Instead of TE11-mode now TE01 mode becomes the dominant mode and the normal component of magnetic field for the dominant mode is not equal to zero on the wall. Other unique results of high-T c superconducting circular waveguides are illustrated, too.
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