And ore fluid is mainly composed of meteroid water.
阐述了成矿溶液中的水主要来自大气降水的事实；
The main ore fluid was magma water mixed with meteoric water.
成矿流体是以岩浆水为主，混有古大气水的混合流体。
This paper presents a metallogenetic model to suggest the process of ore fluid circulation.
本文所提出的成矿模式，着重说明矿液循环过程。
Ore material was origin in deep magma and basement rock. Magma water is the main ore fluid mixed with some meteoric water.
成矿物质来源于深部岩浆和基底地层，成矿流体以岩浆水为主，混有部分雨水的混合水。
The Huangpo Fault is as the passage - way for its ore fluid and the sub - order NNE - trending fault zone acts as the main host.
黄-破断裂是其主要的导矿构造，其次级低序次NNE向断裂带是主要的容矿构造。
The Tanlu ductile brittle shear zone is the major structure as passageway for ore fluid and its secondary faults are the main host.
郯庐韧—脆性剪切带是主要的导矿构造，其次级断裂是主要容矿场所。
As the channels where ore fluid migrates upwards during mineralization, several breccia pipes connect ore bodies of the sandstone and limestone types.
砂岩型矿体与灰岩型矿体之间由几个角砾岩筒连接，它们作为成矿时期的矿液运移通道存在。
The limestone absorb impurity from the ore and form a fluid slag which floats on the surface of the heavier molten iron.
石灰石吸咐了铁矿石中的杂质，形成浮在较重的铁水表面上的流动渣。
The limestone absorbs impurity from the Ore. and forms a fluid slag, which floats on the surface of the heavier molten iron.
石灰石吸附了铁矿石中的杂质，形成浮在较重的铁水表面上的流动渣。
This paper discusses predominantly the aim, content and approaches of the study on regional and orefield scales of structure fluid ore forming processes respectively.
文章分别阐述了矿床的和区域的构造—流体—成矿系统，结合矿床和区域实例讨论了它们的研究目的、内容和方法。
The important typomorphic significance of the fluid inclusions in quartz of different mineralization stages and different levels of the Qiyugou explosive breccia type gold ore deposits is recognised.
祁雨沟爆发角砾岩型金矿不同成矿阶段和主成矿阶段不同标高石英中的流体包裹体具有重要的标型意义。
There are three metallogenic conditions which are material source, ore-fluid channel way and metallogenic location for the formation of gold ore deposits.
金矿床的形成应具备物质来源、矿液通道及成矿场所三个条件。
Tectonic movement sometimes go with magma activity, and make fluid which include ore elements occur activation and transfer with the tectonic dynamic and magma heat.
构造运动往往伴随有岩浆活动，含矿流体在构造动力和岩浆热力的驱动下产生活化转移。
Ore forming fluid was composed of mainly the thermal fluid supplied bY the subplagio granite porphyry and subordinately the cool fluid come from the fracture structure.
成矿流体主要来源于次斜长花岗斑岩携带的热流体，其次是断裂系统的冷流体。
The characters of fluid inclusions in calcite and water-rock reaction of the ore deposits was systematical studied.
系统地研究了脉石矿物方解石中流体包裹体特征及矿床的水岩反应条件。
The magma, after emplacement, separates into dry magma and transitional ore-forming fluid.
岩浆侵位后分离为干岩浆和过渡性成矿流体。
There are several major characters such as the directive, relative and indicative changes of various geological features within a fluid ore forming system.
流体成矿系统内具有一些重要特征，如各种地质要素的方向性、相关性和指示性变化。
The ore-forming function structure is composed of subsystems including mineral transfer, mineral deposition and ore-forming tectonic fluid.
由导矿构造、储矿构造和成矿构造流体等子系统组成了成矿构造的功能结构。
The metallogenic system is the couple results of the same energy field, fluid field and different ore source field, and has good potential for ore prospecting.
这一成矿系统是同一能量场和流体场、不同矿源场之间耦合的结果。
Oreshoots highly enriched in copper and gold in the deposit were actually ore mylonite formed by ductile shearing and subsequent fluid overprinting.
矿床中高度富集铜和金的矿石是韧性剪切形成的矿石糜棱岩受退变质流体叠加而成。
The shear stress is the main power source for mineralization, and activation, overlapping and enrichment of ore-forming fluid occur in each shear deformation phase.
剪切应力，是成矿的主要动力来源，各剪切变形阶段，均有矿液的迁移、叠加和富集。
Numerical modeling of tectonic stress field and fluid seepage potential in Tomorite ore region has been studied in the paper.
运用有限元数值模型，对托莫尔日特地区成矿初期及主成矿期构造应力场及流体运移势进行了二维计算机模拟。
Based on fluid inclusion study, this paper made further discussions on the source of ore-forming materials and ore genesis of the Dexing porphyry copper deposit, Jiangxi Province.
本文从江西德兴斑岩铜矿铜厂矿床的流体包裹体研究出发，讨论了矿床成矿物质来源与矿床成因。
The ore-forming fluid belongs to acidic sulfate-sodium chloride brine.
成矿流体属酸性硫酸盐-氯化钠型流体。
The fluid transported as isothermal process under a particularly ore forming environment.
由于其特殊的成矿环境，流体的输运过程是一种近于等温的过程。
Hydrogen and oxygen isotopic composition of the fluid inclusion in quartz indicates that the water in ore-forming fluid was derived meanly from mixture water of meteoric and magmatic.
石英流体包裹体氢氧同位素组成表明，成矿流体中的水主要来源于大气降水和岩浆水的混合。
The fluid inclusion compositions of the samples from Bunan gold mine show that the ore-forming fluid is the mixture of magmatic water containing mantle fluid partially and meteoric water.
金岭金矿埠南矿区成矿流体成分特征显示流体为有幔源流体参与的岩浆水与大气水的混合流体。
The ore -forming fluid is a mixed solution of the atmospheric water and sedimentary stratal water.
成矿流体是大气水和沉积地层水的混合溶液。
The ore -forming fluid is a mixed solution of the atmospheric water and sedimentary stratal water.
成矿流体是大气水和沉积地层水的混合溶液。
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