High Pressure Investigations in Geosciences : : CAPG project 3: Physical properties of mineral systems under thermodynamic conditions of the Earth's interior and models of the Earth's structure / / hrsg. von H. Stiller.

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Bibliographic Details
Superior document:Title is part of eBook package: De Gruyter DGBA Physical Sciences <1990
MitwirkendeR:
HerausgeberIn:
Place / Publishing House:Berlin ;, Boston : : De Gruyter, , [2022]
©1989
Year of Publication:2022
Edition:Reprint 2021
Language:German
Series:Veröffentlichungen des Forschungsbereichs Geo- und Kosmoswissenschaften ; 15
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Physical Description:1 online resource (252 p.) :; With 126 Figures and 47 Tables
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Table of Contents:
  • Frontmatter
  • Contents
  • Preface
  • CHAPTER I
  • Elastic Properties
  • Spectral approach to determination of longitudinal elastic wave attenuation in rocks at pressures up to 1.5 GPA
  • A method of programmed modelling of thermobaric conditions of the lithosphere for studying mineral matter physical properties
  • Effective elastic moduli of isotropic rocks at high pressure
  • Structural transformations o! rocks and their effect on changes in elastic properties under different thermobaric conditions
  • Study of P-waye velocity and density of Uzbekistan rock samples under high quasi-hydrostatic pressure up to 1.6 GPa
  • Influence o! extreme conditions on the elastic anisotropy of rocks
  • The comparative analysis of physical properties of alpinotype ultrabasalts in some geologic regions
  • Indirect indications change o! rock deformation at thermodynamic loading
  • CHAPTER II
  • Electrical Properties
  • Bole of water saturation in changes of electric properties of rocks at different P-T conditions
  • Petro-electrical properties of granulites and ultrabasites of the saxonian granulite massif
  • Laboratory studies of electrical conductivity of rocks in Czechoslovakia in 1981-85
  • Evidence of dissociation kinetics of siderites in their electrical and magnetic parameters
  • Systems for measurement of rock electrical conductivity in samples of cylindrical form
  • Permeability from electrical properties — a comparative method for the determination of ultra-low permeability under pressure
  • CHAPTER III
  • Thermal Properties
  • Thermal conductivity of certain rocks under high pressures and temperatures
  • Physical mechanisms affecting the temperature dependence of thermal transport properties of rock samples
  • CHAPTER IV
  • Change in mineral matter remanent magnetization at high P and T
  • Magnetic and mechanical properties of porous rocks under external hydrostatic pressure
  • CHAPTER V
  • Deformation Properties
  • Mechanical tests to determine rock strength characteristics
  • Physical properties of rocks in the process of deformation under high pressures
  • CHAPTER VI
  • Complex Investigations
  • Physical properties of heated samples of fine-grained sandstone from coal measures
  • Investigation of connections among grains of magmatic rocks
  • CHAPTER VII
  • Phase transitions in Earth materials
  • Phase changes in the upper mantle transition zone
  • Effects of high pressure phase transitions on chemical differentiation
  • The effect of solid phase transformations on the deformation-strength properties of material and their part in seismotectonic processes
  • The quantitative deep earthquakes model
  • The effect of the «-^-transition on the thermal diffusivity of quartz-containing rocks
  • Investigation of pressure-induced phase transformations by energy-dispersive X-ray diffraction
  • CHAPTER VIII
  • Planetary cosmogany and evolution
  • The growth of planets due to capture oi solid grains by single planetary embryo
  • On the evolution of the earth's core
  • Author's Index