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Progress in the study of tectophysicochemistry

机译:构造物理化学研究进展

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摘要

Tectophysicochemistry is a research area that deals with the interrelations between physical and chemical changes of crustal materials caused by tectonism. A given tectonic force may be resolved into two parts: homogeneous stress and differential stress. Homogeneous stress refers to isotopic pressure, which is superimposed on the original pressure and affects the equilibrium of various chemical reactions. It is also a factor that influences petrogenesis, metallogenesis and metamorphism. Differential stress is commonly produced when external forces act on a given solid body. It may cause deformation of crustal materials and generate various kinds of structural features. Tectophysicochemistry pays special attention to pressure, temperature and other physicochemical conditions produced or induced by tectonism and studies the influences of additional tectonic parameters on various chemical equilibria, so it gradually develops into an independent area of science.
机译:构造物理化学是一个研究领域,涉及构造运动引起的地壳物质的物理和化学变化之间的相互关系。给定的构造力可以分解为两个部分:均质应力和微分应力。均质应力是指同位素压力,其叠加在原始压力上并影响各种化学反应的平衡。这也是影响岩石成因,成矿作用和变质作用的因素。当外力作用在给定的固体上时,通常会产生压差。它可能导致地壳材料变形并产生各种结构特征。构造物理化学特别关注构造作用产生或诱发的压力,温度和其他物理化学条件,并研究其他构造参数对各种化学平衡的影响,因此逐渐发展成为一个独立的科学领域。

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