Journal of Microwave Power · 1973 · 126 citations · 29 references
Natural SciencesMaterials EngineeringMaterials ScienceMaterials CharacterizationMaterials ChemistryMicrowave EngineeringDielectric MaterialsDielectric PropertiesDielectric ResponseDielectricsMicrowave MaterialsMicrowave SpectroscopyCharacterization Of Microwave MaterialsDielectric CharacterizationDielectric DispersionDielectric PermittivityMicrowave Dielectric PropertiesMoisture ContentMoisture Content DependenceMoisture Content Effects
Dielectric dispersion, relaxation, and the dielectric constant and loss factor of many materials are described and tabulated as functions of frequency, temperature, moisture, and composition. The data were gathered to support microwave applications beyond communications. Materials are categorized into agricultural, biological, food, forest product, leather, rubber, soil, and mineral groups.
A brief description is given of the dielectric dispersion and relaxation as a function of frequency and temperature. Important aspects of the behavior of dielectric mixtures with respect to frequency, temperature, and composition are summarized and referenced. The dielectric constant and loss factor of many materials are tabulated as functions of frequency, temperature, moisture content, and composition. Materials are classified as Agricultural, Biological, Foods, Forest Products, Leather, Rubber, and Soils and Minerals. The data were collected for use in the application of microwaves to non-communication uses.
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Dielectric Properties and Ion Mobility in Erythrocytes
H. Pauly, Herman P. Schwan · Biophysical Journal · 1966 · 199 citations · Full text
ELECTRICAL PROPERTIES OF BOUND WATER
Herman P. Schwan · Annals of the New York Academy of Sciences · 1965 · 129 citations