Accession Number : AD0760157
Title : Differential-Geometry Scaling Method for Electromagnetic Field and Its Applications to Coaxial Waveguide Junctions.
Descriptive Note : Technical rept.,
Corporate Author : CALIFORNIA INST OF TECH PASADENA ANTENNA LAB
Personal Author(s) : Mo,Tse Chin ; Papas,Charles H. ; Baum,Carl E.
Report Date : MAR 1973
Pagination or Media Count : 100
Abstract : A differential geometry scaling method, stemming from Baum's pioneering work, is thoroughly explored and developed for electromagnetic fields. This method creates a class of equivalent electromagnetic problems P each described by a complicated geometry and having a complicated medium from an electromagnetic problem P' described by a simple Cartesian geometry and having a simple medium. Application of this method to coaxial waveguide structures is examined with special emphasis. Various conditions and limitation of the method as imposed by special choices of geometry, medium and field modes are obtained. Also two specific problems are solved in detail by applying this scaling method.
Descriptors : (*WAVEGUIDE COUPLERS, ELECTROMAGNETISM), DIFFERENTIAL GEOMETRY, PARTIAL DIFFERENTIAL EQUATIONS, WAVEGUIDES, COAXIAL CABLES
Subject Categories : Electrical and Electronic Equipment
Distribution Statement : APPROVED FOR PUBLIC RELEASE