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Other titles in the Environment & Management series:
Environment & Management #421: Feldspars and Their Reactionsby Ian Parsons
Synopses & ReviewsBook News Annotation:This volume, the fourth to report advances in the feldspar field
communicated through the medium of the NATO ASIs, contains 15
chapter-papers that address: the crystal structures of the aluminum-
silicate feldspars; aspects of alkali feldspar characterization;
phase transitions and vibrational spectroscopy; partial melting
reactions of plagioclases and plagioclase-bearing systems; ternary
feldspar/melt equilibria; subsolidus phase relations of the
plagioclase feldspar solid solution; feldspars at high pressure;
oscillatory zoning in plagioclase; isotopic
equilibrium/disequilibrium and diffusion kinetics in feldspars;
hydrogen in feldspars and related silicates; argon diffusion in
feldspars; feldspars in igneous rocks; evolution of feldspars in
granitic pegmatites; surface chemistry of feldspars; and feldspars in
weathering.
Annotation c. Book News, Inc., Portland, OR (booknews.com) Synopsis:The articles in this book review the chemical reactions of feldspars over the whole sweep of pressure and temperature regimes in the outer Earth, and describe the fundamental aspects of crystal structure which underlie their properties. Synopsis:Feldspar minerals make up 60% of the crust of the Earth. They are stable in the upper mantle, and are so abundant in the crust that they form the basis of the classification of igneous rocks. At the surface, feldspars weather to form clay minerals which are the most important mineral constituent of soils. The articles in this book review the chemical reactions of feldspars over the whole sweep of pressure and temperature regimes in the outer Earth, and describe the fundamental aspects of crystal structure which underlie their properties. The book covers intracrystalline reactions, such as order-disorder transformations and exsolution, and transfer of stable and radiogenic isotopes, which can be interpreted to provide insights into the thermal history of rocks. It is suitable for final year undergraduates or research workers. What Our Readers Are SayingBe the first to add a comment for a chance to win!Product Details
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