岩浆岩的结构和构造岩浆岩的分类。
岩浆岩的侵入明显受断裂构造控制。
Magmatic intrusion obviously is controlled by faulted structure.
重点：岩浆岩的分类、结构和构造。
Key points: texture, structure and classification of igneous rocks.
斜长石广泛出现在各类岩浆岩中。
矿化受构造及岩浆岩联合控制。
The mineralization was jointly controlled by structure and rocks.
断裂和岩浆岩是两大重要的成矿地质条件。
Faults and magmatic rocks are two important metallogenic conditions.
断裂和岩浆岩是两大重要的成矿地质条件。
The posttraumatic hydrothermal solution is the principal source of ore-forming fluid.
主要控矿条件包括基底地层、岩浆岩、构造等。
The main ore-controlling conditions are the basement strata, magma and structure etc.
岩浆岩具有幔源岩浆及造山带地区火山岩的特征。
The magmatite is characterized by the mantle-derived magma and the volcanic rocks occurring in orogenic belt.
对富碱斑岩和其它4类岩浆岩进行了演化规律的对比。
The evolution las of alkali rich porphyry is correlated with those of other 4 magmatic rocks.
武夷山稀有、贵金属矿带受ne向构造岩浆岩带控制。
Wuyishan rare and precious metal ore belt is controlled by NE trend tectonic-magmatite belt.
矿体的形成受地层、构造、岩浆岩及物化条件等综合控制。
The formation of ore bodies is controlled by stratum, structure, magmatic rocks, physiochemical conditions and so on.
除了火山喷发形成岩浆岩这一种方式外，还有其它方式吗？
Is there any other way of producing igneous rocks besides the volcanic eruption?
金的区域地球化学场分布受断裂构造、地层及岩浆岩控制。
The distribution of the regional geochemical field of gold is controlled by fault structure, stratum and intrusive rocks.
上述同位素地球化学证据表明，金成矿与岩浆岩有一定的成因关系。
The aforesaid isotope geochemical evidence indicates that there is a certain genetic relation between gold mineralization and magmatism.
王营煤矿的岩浆岩侵入比较严重，冲击矿压和瓦斯突出多发生在火成岩墙附近。
The magmatic rock intrudes relative seriously in Wangying Colliery, rock-burst and gas outburst mainly take place near igneous rock wall.
研究了铜陵狮子山矿田岩浆岩及金矿床矿石和蚀变岩石的稀土元素地球化学特征。
The REE geochemical characteristics of magmatic rocks and gold deposits in Shizishan ore-field of Tongling were studied.
由于燕山晚期岩浆岩的侵入及锡矿山背斜的形成，在背斜两翼产生重力滑动构造。
Because of the magmatite intrusion in Late Yanshan period and the formation of Xikuangshan anticline, gravitation gliding structures are developed at the both wings of the anticline.
野外判定岩浆岩地区逆冲推覆构造的主要标志是逆冲叠瓦扇和软弱滑动层的存在。
The imbricate fan of thrusts and soft layer are main structure features distinguishing thrust-nappe structure in magma-tic body area.
论述了山东省黄河北煤田岩浆岩特性特征、空间分布特点及其对煤层煤质的影响。
The paper discusses igneous rock lithological features, spatial distributive characters and its influence on coal seam and coal quality of Huanghebei coalfield, Sha ndong Province.
认为在诸多的地质因素中，岩浆岩、地质构造、水文地质、围岩是主要地质因素。
Among the factors the magma tic rocks geological structure, hydrographic geology, adjoining rock are more important, This paper describes these factors and their influence on coal bed gas.
论述了昌福山井田岩浆岩岩性特征，空间分布及对煤层、煤质和开采技术条件的影响。
The paper has reviewed lithological character and spatial distribution of magmatite and its influences to the coal - bed, coal quality and mining technological conditions.
丹尼尔说澳大利亚西海岸的变质岩比东海岸的岩浆岩含铁成分高，因此沙滩呈现橙红色。
Daniels says Western Australia's metamorphic rocks contain more iron than the igneous rocks on the east coast, making some of the beaches a more orangey-red colour.
沉积型砂岩容矿的铜钴矿床和含钴的岩浆岩型硫化铜镍矿床是两个最重要的钴矿床类型。
The copper-cobalt deposits hosted in the sedimentary sandstone and the cobalt-bearing magmatic Cu-Ni sulphide deposits are two kinds of the most important cobalt deposits.
而且，这种情况在塔里木盆地及周缘地区十分发育的镁铁质岩浆岩中具有广泛的代表性。
And this case is representative among the well-developed mafic magmatic rocks in the Tarim Basin and its peripheral areas.
通过分析金岭矿区区域构造及矿床地质特征，认为矿区矿床存在岩浆岩控矿带成矿特征。
Through analyzing the regional construction and deposit characteristics of Jinling diggings, it is considered that the deposit has characteristics of ore forming of magma rock-controlling belt.
将成矿流体的特征及构造、地层、岩浆岩等成矿条件综合反映到图上便形成了流体地质图。
The fluid-geological map was made by combination of the characteristics of metallogenic fluids and the metallogenic conditions in terms of structural, stratigraphic and magmatic constraints.
将成矿流体的特征及构造、地层、岩浆岩等成矿条件综合反映到图上便形成了流体地质图。
The fluid-geological map was made by combination of the characteristics of metallogenic fluids and the metallogenic conditions in terms of structural, stratigraphic and magmatic constraints.
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