In many areas of geophysics, geology, geochemistry, and mining, there is considerable interest in laboratory data on the physical properties of various types of rocks. Until recently, how ever, only the mechanical properties of rocks had been studied in detail. The last few years have seen a relatively large amount of study of the electrical properties of rock samples and a need to organize the results of these studies has arisen. In"Electrical Properties of Rocks,"* E. 1. Parkhomenko reviewed and cataloged studies of electrical resistivity and the dielectric constant in rocks. In the present work she covers other electrical phenomena which are observed to occur in rocks and minerals and reviews the re sults of her own researches, as well as that of others, previously published. Theoretical and experimental data on the piezoelectric prop erties of minerals and rocks obtained since 1953 by E. 1. Parkho menko and myself as the result of laboratory investigations on quartz-bearing rocks (granite, gneiss, quartz veins, etc. ) comprise the bulk of the monograph (Chapters1-4). Itwas not previously con sidered that a polycrystalline mass such as a rock could exhibit piezoelectric properties - it was supposed characteristic only of single crystals.
Erscheinungsdatum: 03.03.2013

lgrsnf/A:\Springer\bok%3A978-1-4757-5067-6.pdf

nexusstc/Electrification Phenomena in Rocks/b448d6b7ff7ddb209b3ab8f4bd19a567.pdf

zlib/Earth Sciences/Eleonora I. Parkhomenko (auth.)/Electrification Phenomena in Rocks_2250549.pdf

Ė. I Parkhomenko

Springer London, Limited

Pleunum Press

Monographs in geoscience, Boston, MA, 1971

Monographs in geoscience, New York, 1971

United States, United States of America

Springer Nature, New York, NY, 2013

1, 2013

lg1081585

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In many areas of geophysics, geology, geochemistry, and mining, there is considerable interest in laboratory data on the physical properties of various types of rocks. Until recently, howƯ ever, only the mechanical properties of rocks had been studied in detail. The last few years have seen a relatively large amount of study of the electrical properties of rock samples and a need to organize the results of these studies has arisen. In"Electrical Properties of Rocks, "* E. 1. Parkhomenko reviewed and cataloged studies of electrical resistivity and the dielectric constant in rocks. In the present work she covers other electrical phenomena which are observed to occur in rocks and minerals and reviews the reƯ sults of her own researches, as well as that of others, previously published. Theoretical and experimental data on the piezoelectric propƯ erties of minerals and rocks obtained since 1953 by E. 1. ParkhoƯ menko and myself as the result of laboratory investigations on quartz-bearing rocks (granite, gneiss, quartz veins, etc.) comprise the bulk of the monograph (Chapters1-4). Itwas not previously conƯ sidered that a polycrystalline mass such as a rock could exhibit piezoelectric properties - it was supposed characteristic only of single crystals

Front Matter....Pages i-xi
Front Matter....Pages 1-1
Brief Introduction to the Piezoelectric Effect....Pages 3-33
Piezoelectric and Pyroelectric Effects in Minerals....Pages 35-83
Theoretical Basis for a Piezoelectric Effect in Rocks....Pages 85-111
Piezoelectric Effects in Rocks....Pages 113-167
Front Matter....Pages 175-175
The Seismoelectric Effect in Rocks....Pages 177-197
Induced Polarization in Rocks....Pages 199-237
Triboelectric Effects in Rocks....Pages 239-253
Practical Application of Electrification of Rocks....Pages 255-274
Back Matter....Pages 283-285

2013-12-12