Propagation in Semiconductor Loaded Slot-Line with Perpendicular Induction

Abstract

The boundary va1ue problem associated with shielded slot - line 1oaded with a thin slab of the perpendicularly magnetized semiconductor is formulated in terms of a hybrid - mode representation. It is assumed that magnetized semiconductor can by treated as the impedance Hall current wall. The boundary conditions at the interface containing slab of the magnetized semiconductor are then expressed in terms of two coupled integra1 equations which are subsequently so1ved by the Galerkin's method. Numerical results of the phase contant are compared with analytical resu1ts previous1y published for the rectangu1ar waveguide containing thin slab of the transversely magnetized semiconductor.