A relationship between phonon conductivity and seismic parameter Φ for silicate minerals |
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Authors: | Sŀawomir Maj |
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Affiliation: | (1) Institute of Geophysics, Polish Academy of Sciences, L. Pasteura 3, P-02-093 Warsaw, Poland |
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Abstract: | Summary The relationship between the phonon conductivity at room temperature (KN) and the seismic parameter () for silicate minerals is suggested. The considerations are based on the Debye model of thermal energy transport phenomena in solids and on the seismic equation of state for silicates and oxides given byAnderson (1967). The semiempirical relationship is the formKN = 0.430.82 where is in km2/s2 andKN in mcal/cm s K, and the empirical relationship isKN =(0.528±0.006) –(8.18±2.11). The laboratory data on thermal and elastic properties for several silicates were taken fromHorai andSimmons (1970). |
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Keywords: | Seismic equation of state Thermal conductivity of silicates Mantle, phonon conductivity Seismic parameter |
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