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Kansas Geological Survey, Current Research in Earth Sciences, Bulletin 247, part 1
Modeling Dielectric-constant Values of Geologic Materials: An Aid to Ground-penetrating Radar Data Collection and Interpretation


Table 2. Dielectric constants of common minerals and fluids. Note: These values are for specific minerals and fluids from specific study sites. Minerals and fluids taken from other sites may have slightly different dielectric constant values or may exhibit dielectric anisotropy.

Material Dielectric constant Frequency (MHz) Source
Acetone 20.9 1 Lucius et al., 1989
Albite 7.0 1 Olhoeft, 1989
Air 1.0 1 Lucius et al., 1989
Benzene 2.3 1 Lucius et al., 1989
Calcite 6.4 1 Olhoeft, 1989
Calcite 7.8-8.5 Radio Keller, 1989
Carbon tetrachloride 2.2 1 Lucius et al., 1989
Chloroform 4.8 1 Lucius et al., 1989
Cyclohexane 2.0 1 Lucius et al., 1989
Ethylene glycol 38.7 1 Lucius et al., 1989
Gypsum 6.5 750 Martinez and Byrnes, 1999
Halite 5.9 1 Olhoeft, 1989
Ice 3.4 1 Olhoeft, 1989
Kaolinite 11.8 1 Olhoeft, 1989
Methanol 33.6 1 Lucius et al., 1989
Mica 6.4 750 Martinez and Byrnes, 1999
Montmorillonite 210 1 Olhoeft, 1989
Olivine 7.2 1 Olhoeft, 1989
Orthoclase 5.6 1 Olhoeft, 1989
Pyroxene 8.5 1 Olhoeft, 1989
Quartz 4.5 1 Olhoeft, 1989
Tetrachloroethene 2.3 1 Lucius et al., 1989
Trichloroethene 3.4 1 Lucius et al., 1989
Water 80 1 Lucius et al., 1989




Kansas Geological Survey
Web version December 3, 2001
http://www.kgs.ku.edu/Current/2001/martinez/table2.html
email:lbrosius@kgs.ku.edu