Microwave Dielectric Behavior of Soils. Report 2. A Unique Coaxial Measurement Apparatus

A reflection/transmission laboratory apparatus and data collection methodology are described that can be used to measure the complex dielectric response of moist soils over the 100 MHz-18 GHz frequency range. The experimental setup includes a square cross-sectional coaxial sample holder, a vector ne...

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Main Author: Curtis, John O
Format: Report
Language:English
Subjects:
ALGORITHMS
CAVITY RESONATORS
COMPUTER PROGRAMS
CONDUCTIVITY
DIELECTRIC CONSTANT
DIELECTRIC PROPERTIES
DIELECTRICS
ELECTRICAL PROPERTIES
Electricity and Magnetism
FREQUENCY
LIQUIDS
MICROWAVES
PERMITTIVITY
Radiofrequency Wave Propagation
REFLECTION
REMOTE DETECTION
REMOTE SENSING
SIGNAL GENERATION
SIGNALS
Soil Mechanics
SOILS
TEMPERATURE
TEMPERATURE CONTROL
TERRAIN
WATER
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description A reflection/transmission laboratory apparatus and data collection methodology are described that can be used to measure the complex dielectric response of moist soils over the 100 MHz-18 GHz frequency range. The experimental setup includes a square cross-sectional coaxial sample holder, a vector network analyzer system for signal generation and detection, and an external bath for sample temperature control. Data collected on liquids whose dielectric response is well known verify that the electrical property calculation algorithm functions properly. Complex dielectric constant, Permittivity, Conductivity, Soil, Microwave. See also Report 1, ADA275980.
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source DTIC Technical Reports
subjects ALGORITHMS
CAVITY RESONATORS
COMPUTER PROGRAMS
CONDUCTIVITY
DIELECTRIC CONSTANT
DIELECTRIC PROPERTIES
DIELECTRICS
ELECTRICAL PROPERTIES
Electricity and Magnetism
FREQUENCY
LIQUIDS
MICROWAVES
PERMITTIVITY
Radiofrequency Wave Propagation
REFLECTION
REMOTE DETECTION
REMOTE SENSING
SIGNAL GENERATION
SIGNALS
Soil Mechanics
SOILS
TEMPERATURE
TEMPERATURE CONTROL
TERRAIN
WATER
title Microwave Dielectric Behavior of Soils. Report 2. A Unique Coaxial Measurement Apparatus
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