Accession Number : ADA292865
Title : Applied Mathematical Problems in Modern Electromagnetics.
Descriptive Note : Final rept. 1 Jun 91-31 May 94,
Corporate Author : NEW JERSEY INST OF TECH NEWARK DEPT OF MATHEMATICS
Personal Author(s) : Kriegsman, Gregory
PDF Url : ADA292865
Report Date : 31 MAY 1994
Pagination or Media Count : 13
Abstract : Under this grant the researchers have primarily investigated two classes of electromagnetic problems. The first contains the quantitative description of microwave heating of dispersive and conductive materials. Such problems arise, for example, when biological tissue are exposed, accidentally or purposefully, to microwave radiation. Other instances occur in ceramic processing, such as sintering and microwave assisted chemical vapor infiltration and other industrial drying processes, such as the curing of paints and concrete. The second class characterizes the scattering of microwaves by complex targets which possess two or more disperate length and/or time scales. Spatially complex scatters arise in a variety of applications, such as, large gratings and slowly changing guidance structures. The former are useful in developing microstrip energy couplers while the later can be used to model anatomical subsystems (e.g. the open guiding structure composed of two legs and the adjoining lower torso). (AN)
Descriptors : *MATHEMATICAL MODELS, *ELECTROMAGNETIC PROPERTIES, ALGORITHMS, INDUSTRIAL PRODUCTION, FINITE ELEMENT ANALYSIS, ENERGY, CONCRETE, MICROWAVES, ELECTROMAGNETIC SCATTERING, ELECTRICAL CONDUCTIVITY, HEAT TREATMENT, FINITE DIFFERENCE THEORY, CERAMIC MATERIALS, GRATINGS(SPECTRA), INFILTRATION(FLUIDS), BOUNDARY VALUE PROBLEMS, PAINTS, STRIP TRANSMISSION LINES, CURING, APPLIED MATHEMATICS, MAXWELLS EQUATIONS, DRYING, SINTERING.
Subject Categories : Operations Research
Mfg & Industrial Eng & Control of Product Sys
Electricity and Magnetism
Distribution Statement : APPROVED FOR PUBLIC RELEASE