北支相对较弱，新生应力矿物少。
The north one was relatively gentle with rare stress mineral.
在高温条件下，由于矿石中矿物成分不同所引起的结构热应力，是造成两种矿石微结构损伤的主要原因，由此而形成的微裂隙导致矿石强度明显下降。
Under high temperature structure thermal stress caused by different minerals in composition of ore is the main cause to damage micro structure and results in the strength of ore decreasing obviously.
剪切过程有利于水—岩反应，形成有利于金富集的物理—化学环境； （4）剪切应力可使低应力载金矿物发生富集作用。
Water-rock reaction formed a environment for gold settling and (4) Shear stress forced gold and bearing-gold minerals into shear failures.
温度引起的热应力作用、矿物组分和微结构变化导致砂岩力学性质发生改变与高温劣化。
Thermal stress, changes of minerals formation and microstructure due to temperature result in the changes of mechanical properties and degradation of sandstone.
影响变形石英结晶学优选的因素有温度、应变速率、应变、差应力、水、复矿物岩石中各种矿物间的相互作用、初始结晶学方向等。
Factors that can affect quartz CPO include temperature, strain rate, strain, differential stress, content of water, interaction among minerals in polymineralic rocks, and initial orientation.
温度引起的热应力作用、矿物组分和微结构变化导致石灰岩物理力学性质发生改变与高温劣化。
The thermal stress, variations of mineral formation and microstructure due to the temperatures result in the variation of physical and mechanical properties and degradation of limestone.
温度引起的热应力作用、矿物组分和微结构变化导致石灰岩物理力学性质发生改变与高温劣化。
The thermal stress, variations of mineral formation and microstructure due to the temperatures result in the variation of physical and mechanical properties and degradation of limestone.
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