The metamorphic fluid activity in the deep parts of crust can be in episodic manner and produce episodic tectonic movements.
地壳深部的变质流体可能也是呈幕式活动并产生幕式的构造运动。
Impure limestones with interstratified metachert layers where apt to happen fluid rock reactions are excellent for the study of contact metamorphic fluid.
接触变质流体研究主要集中在含有易于发生流体-岩石反应的不纯碳酸盐岩地区。
The studies indicate that the fluid formed during the basin mountain transition is metamorphic fluid with multi phase salt water formed in the initial stage of deformation.
盆山转换时期所形成的变质流体为多相盐水流体，形成于变形的初期。
The role of metamorphic fluids is an important process in the metamorphic rock fluid system. This process can be revealed effectively by a series of geological and geochemical approaches.
变质流体作用是变质岩—流体体系的重要地质作用过程，可以通过有效的地质地球化学方法揭示。
Fluid compositions very in different contact metamorphic processes depending on the fluid source, the features of sedimentary rocks and intrusive rocks.
接触变质过程流体成分有较大差异，主要取决于流体来源、原岩性质和侵入体特征。
P-T conditions and fluid nature in every metamorphic stage are found after study of fluid inclusions and calculating of thermodynamic equilibrium.
通过平衡热力学计算和流体包裹体研究获得了各变质阶段P -T条件和流体性质。
And clusters of water molecules within garnet are very important evidence of the existence of fluid during ultra-high pressure metamorphic process.
而石榴石中的水分子团为超高压变质过程中有流体存在提供了有力的证据。
The ore-forming fluid is of medium-low temperature low salinity and low fugacity of o2and s2. the metallogenic substance mainly comes from the archeozoic metamorphic rock series in basement .
成矿流体为中低温、低盐度、弱酸性、低氧逸度和硫逸度。成矿物质主要来源于基底太古界变质岩系。
P-T path of CO2-rich fluid evolution shows a clockwise characteristics. P-T - time path of metamorphic evolution is a clockwise and typical characteristics of orogenic belt.
变质作用演化的P-t - t轨迹与变质流体的演化特点是一致的，具有典型造山带型变质作用演化特征。
Fluid in the shear zones is closely related to alteration in gold deposits in metamorphic rock area. There are various types and stages of metasomatism and metasomatite in the shear zones.
在含金断裂蚀变带中，由于剪切带流体的强烈交代作用，交代蚀变岩成为金矿的重要矿石类型。
Fluid in the shear zones is closely related to alteration in gold deposits in metamorphic rock area. There are various types and stages of metasomatism and metasomatite in the shear zones.
在含金断裂蚀变带中，由于剪切带流体的强烈交代作用，交代蚀变岩成为金矿的重要矿石类型。
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