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MICROWAVE PROCESSING OF CERAMICS AN OVERVIEW
MICROWAVE PROCESSING OF POLYMERS AN OVERVIEW
MICROWAVE PROCESSING IN THE
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1992 Materials Research absorbed alumina applications calculated carbon cavity resonant ceramic materials coaxial coefficient compacts composite conventional heating conventionally coupling curing cylinder densification density deposition developed diameter dielectric constant dielectric properties drying effect electric field electromagnetic electron equation experimental FDTD fiber film function gradient grain heating rate high temperature increase insulation laminate layer load loss factor loss tangent Materials Research Society mechanical metal method microstructure microwave absorption microwave energy microwave field microwave furnace microwave heating microwave plasma microwave power microwave processing microwave sintering obtained oxide parameters particles permittivity phase plasma polymers probe Proc pyrolysis Q-factor radiation range reaction reflected reflection coefficient resonant frequency room temperature sample shown in Figure shows silicon carbide silicon nitride specimens sphere substrate surface susceptor Symp technique Technology temperature temperature profile thermal conductivity thermal runaway thermocouple uniform varistor waveguide YBCO zirconia