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- deep ore body predication 深部矿体预测
- metallogenic prognosis of deep ore body 深部预测标志
- occurrence pattern of deep ore body 深部矿体赋存规律
- Deep Ore Body Process Mineralogy of Huize Lead-zinc Mine 会泽铅锌矿深部矿体工艺矿物学研究
- ore bodies predication 矿体预测
- Geochemical prediction on the deep ore bodies of the No.39 gold lode in the Jinchanggouliang gold deposit, Inner Mongolia 内蒙金厂沟梁金矿床39号脉含矿性地球化学预测
- The characters of deep mine are larger raw rock pressure,larger ore body plasticize,mine pressure severe appearance. 深矿井的特征是原岩压力大、矿体塑性大及矿山压力显现剧烈。
- Influenced by deep fracture,the ductile shear metamorphism and deformation of Xinglonggou ductile shear belt control the space distribution of gold ore body in this mining area. 兴隆金矿区韧性剪切带受兴隆沟深断裂影响,其韧性剪切变质变形控制着本区金矿(化)体的空间分布。
- Gold ore bodies formed by every pulse and mant... 为本区的地质找矿提供了一个明显的找矿标志。
- Ore bodies are tabular or tabularoid. 矿体呈板状、似板状。
- Prediction for deep ore prospecting is a frontier and key research in metallogeny and metallogenic prognosis. 深部找矿预测已成为当前成矿学和成矿预测学的科学前沿和研究重点。
- We consider the ore body already outcropping is only the shallow part of the deposit, and higher grade and more continuous ore bodies are in deep. 认为现在出露的只是矿床的浅部，向深部应该有品位更富、更加连续的矿体。
- The mineralizing characteristic of deep ore is different from that of shallow seated ores. 焦家金矿床是著名的构造破碎蚀变岩型金矿床,其深部矿石的矿化特征与浅部有差别。
- A first decline was sunken to provide access to the ore body and trail mining was carried out in different stopes. 第一次沉降为我们提供了接近矿体的机会，公司在不同的采矿场进行了试采。
- Itisimportantto understandthe characteristics of ore deposits associated with magmatic hydrothermal sys-tems,classify metallogeny belts and explore deep ore deposits. 对产于这些环境中的岩浆系统特征及其与之伴生的矿床类型的了解,对区域成矿带的划分和深部找矿勘探工作具有十分重要的意义。
- Experimental Research on Mining Plan of 2# Ore Body of Huangshilao Mining Area of Tongling Jinchan Co. 黄狮涝矿区2%23矿体开采方案试验研究。
- Piedmont potassic alteration zone is the product of potsash feldspathization, part of the zone is ore body. 矿区山前钾化带是钾化蚀变的产物，局部地段构成矿体。
- It is always very difficult to forecast concealed ore body in loess overburden area. 黄土覆盖区找矿预测评价历来是地质找矿工作的难点。
- The interformational faulted zone structures result from anticline controlling faulted-zone-type skarn ore body. 层间破碎带构造，控制着破碎带型矽卡岩矿体，为背斜层间滑动形成的破碎带。
- More attentions should be paid to the deep mylonite-type ore bodies in the future work. 因此本区以后的找矿工作中应注意挖掘深部糜棱岩型金矿的潜力。
