后者所产祖母绿质量较好，是祖母绿的主要含矿构造。
And the quality of the emerald occurred in the latter, is better, which is the main ore-bearing structure of the emerald.
层间滑动破碎带、岩体接触面和断裂构造是主要的含矿构造，它控制了矿体的形态和产状。
The main ore-bearing structure are the interlayer-gliding fracture zone, contact area of rock mass and fracture structure, which controlled the shape and the occurrence of orebody.
但由于原含矿地质体金矿化及构造裂隙分布的不均匀性，使金的次生富集局部出现波动。
The gold enrichment from the lower part to the upper part of the weathering granite is obvious, but the distribution is heterogeneous.
矿化严格受荒沟山“S”型构造下盘含矿碳酸盐地层控制。
Its mineralization is controlled strictly by carbon bearing carbonate strata in the lower wall of s type tectonics of Huang Gou Mountain.
锡铁山大型铅锌矿床含矿岩系的构造格架位于背斜的一翼，普遍遭受变形分解作用。
The ore-hosted strata of Xitieshan lead-zinc ore deposit is located in a limb of a anticline and suffered from deformation partition.
该系统包括“三大”成矿体系，即：幔源岩浆体系、深穿透断裂构造体系、含矿气液流体体系。
The mineralization system has three giant system, namely mantle magmatic system, penetrability deep-fault and ore- bearing pneumato-hydrothermal system.
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。
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.
根据小构造标志，判定含 矿岩系地层为正常层序。
The layer order of ore-hosted strata is normal by structural feature.
通过调研发现，许多推、滑覆体之下掩覆了大片含煤岩系，为寻找隐伏煤田带来了新的希望，南、北构造“交汇带”也是钴多金属矿床较理想的找矿靶区。
So, the tectonic pattern of thrusting in the northern part and slipping in the southern part are founded. According to the geological survey, a large scale of coal-bearing serie…
根据含矿岩系中的矿化特征，认为含矿岩系主要遭受了4个构造期次的构造变形，并探讨其构造成因。
According to mineralization characteristic in ore-hosted strata, it is suffered from four stages structural rework., and its reason is discussed in this paper.
本文对鄂尔多斯盆地和塔里木盆地铀矿床(含矿化集中区)进行了遥感研究，发现其成矿环境与断块隆起(断隆构造)密切相关。
Through remote sensing research of uranium deposit in Ordos and Tarim basins, the close relationship of its metallogenic environment and fault-block uplift (fault-uplift structure) was found.
文章从成矿地质条件、矿床地质特征等入手，分析了矿床的控矿因素，认为该矿床受含矿地层、韧脆性剪切带构造、岩浆岩等因素的制约。
Based on ore-forming condition and ore geology, ore-controlling factors are analyzed. It is suggested that the deposit is controlled by ore-hosting strata, ductile-brittle shear zone and magmatism.
文章从成矿地质条件、矿床地质特征等入手，分析了矿床的控矿因素，认为该矿床受含矿地层、韧脆性剪切带构造、岩浆岩等因素的制约。
Based on ore-forming condition and ore geology, ore-controlling factors are analyzed. It is suggested that the deposit is controlled by ore-hosting strata, ductile-brittle shear zone and magmatism.
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