- 更多网络例句与斑岩铜矿相关的网络例句 [注：此内容来源于网络，仅供参考]
-
The Ulan Uzhur copper deposit, situated on the western margin of the Qaidam basin is a porphyry copper deposit controlled by granite porphyry dikes.
乌兰乌珠尔斑岩铜矿位于柴达木盆地西缘，为受花岗斑岩脉控制的斑岩型铜矿。
-
However, Lowell and Guilbert＇s model fails to give a reasonable explanation of the PCDs in the collisional orogen setting.
显然，这些斑岩铜矿的成因无法用经典的斑岩铜矿成矿模型解释。
-
Zhongdian is enriched with indo-Chinese epoch neutral acid porphyry as well as one of the porphyry copper deposits in china that was an important breakthrough in the past few years.
中甸地区是印支期中酸性斑岩集中分布区，也是我国近年来寻找斑岩铜矿取得重大突破的矿集区之一。
-
Therefore, the Zhongdian porphyry copper deposit is likely to become an important base area of copper-polymetallic resources in China.
中甸斑岩铜矿将成为我国又一重要的斑岩铜矿产地。
-
According to the variation in the components of intermediateacid igneous rocks coming from the lower crust, it is possible to restrain the depth of the source area and the minimum thickness of the crust, and thus to provide important information for the study of the deep process of the continental intraplate mineralizationGlobally, many world level porphyry copper deposits and metallogenic systems formed by hypabyssal hot liquid have their close relationship with the synchronous adakite in spacetime and genesis; domestically, the adakitelike rocks have been identified to be related to the metallogenesis in the main metallogenic areas in ChinaThe recognition of adakitelike rocks having no relationship with the process of subduction makes it possible to construct a metallogenic model of continental intraplate porphyry metal deposits by combining other geological evidences, and this model is totally different from the metallogenic model of porphyry copper deposits with Bsubduction setting constructed by Sillitoe (1972)The existence of adakitelike rocks may be the necessary condition but not the sufficient one for forming the largescale porphyry deposits and the hypabyssal hotliquid deposits, whose metallogenic elements mainly came from the mantleThe metallogenic potential of adakitelike rocks is achieved by the entering of the mantle material, and the metallogenic specialization of adakitelike rocks is decided by the distribution characteristics of the metallogenic elements in the upper mantleAn important reason for the adakitelike magma related to subduction being advantageous to mineralization is that there were abundant high pressure and high temperature liquid coming from the subducted platepieces and the magma of high fO2 coming from the melting of subducted platepiecesHowever, for those adakitelike rocks, whose occurrence has continental plate background but does not relate to the subduction, their metallogenic mechanism is not clear yetBased on the concept of modern mineral exploration and combined with the analysis of integrated geological information, we may better realize the practical prospecting significance of the adakitelike rocks
根据起源于下地壳的中酸性岩浆岩的成分变化，可以约束其源区深度以及地壳最小厚度，为大陆板内成矿作用的深部过程研究提供重要信息。全球范围内，许多世界级斑岩铜矿和浅成热液矿化系统与同期的埃达克质岩存在密切的时空与成因联系，在国内主要成矿区带也识别出与金属成矿作用有关的埃达克岩。与俯冲过程无关的埃达克质岩的识别，使我们有可能结合其他地质证据构建完全不同于Sillitoe(1972)B型俯冲环境的斑岩铜矿成矿模式的大陆板内斑岩型金属矿床成矿模式。对于规模巨大、矿质主要源自地幔的热液矿床的形成，埃达克岩可能是必要条件，但不是充分条件。埃达克岩的成矿潜力通过地幔物质加入而获取，埃达克岩的成矿专属性由上地幔成矿元素分布特征决定。与俯冲有关的埃达克质岩浆之所以有利于成矿，重要的原因是存在大量来自俯冲板片的高压、高温流体以及俯冲板片熔融形成高氧逸度(fO2)的熔体，但产出在大陆板内背景、与俯冲无关的埃达克岩的成矿机制还不清楚。根据现代资源勘查理念，结合综合地质信息分析，埃达克质岩具有实际找矿意义。
-
The Himalayan (53.02 Ma) porphyries are superimposed upon the Indosinain Porphyries and seem to be closely related to copper mineralization.
喜马拉雅期(53.02Ma)斑岩叠加於早期的斑岩体之上，与斑岩铜矿化关系密切。
-
Based on detailed geological observation and precise dating of porphyries in combination with data available, the authors hold that the Indosinian porphyries in the Zhongdian island arc zone can be divided into two parts, i.e., the eastern porphyry belt formed during 218～203 Ma and the western porphyry belt formed during 242.92～237.5 Ma.
在较为详细的野外地质观测和精确的同位素测年的基础上，结合前人资料，将中甸地区的印支期岛弧斑岩体分为东、西两个斑岩带，东斑岩带形成于 2 1 8～ 2 0 3Ma ；西斑岩带形成于 2 4 2 。92～ 2 37.5Ma。喜马拉雅期(5 3.0 2Ma)斑岩叠加于早期的斑岩体之上，与斑岩铜矿化关系密切。
-
In this his dissertation, the field geological work and modern analysis were finished on the Qulong ore-bearing porphyries. The mineralization chronology, petrology, element and isotopic geochemistry were studied on the porphyries. This dissertation also compare this work in Qulong ore-bearing porphyries with other ore-bearing porphyries in Gangdese belt, in order to probe into dynamical background and mineralization features of the ore belts in the condition of India-Eurasia collision.
在充分搜集、利用前人资料及成果的基础上，本论文力求以地球动力学和现代成矿理论为指导，采用先进的分析测试手段和野外地质工作相结合的方法，通过重点研究驱龙斑岩铜矿床的岩石学、同位素地球化学、常量与微量元素地球化学及成矿年代学，并与冈底斯其它斑岩矿床对比，探讨在印度—欧亚大陆碰撞条件下，冈底斯斑岩铜矿带的大陆动力学背景及成矿规律。
-
The ages, natures and tectonic environments of the Bangong Co porphyry copper belt have been preliminarily determined through a study of ore-bearing porphyries in the Dobuzha and Garqiong porphyry copper deposits in the porphyry copper belt.
通过对藏西班公湖斑岩铜矿带多不杂和尕尔穷2个大、中型斑岩铜矿床含矿斑岩的研究，初步查明了该铜矿带的形成时代、含矿斑岩性质及成矿构造环境。
-
Tongkuangyu copper mine is a typical porphyry copper ore, and little prospecting work had been done in its periphery .
中条山是国内少有的铜矿集中区之一，铜矿峪铜矿是典型的斑岩铜矿，其外围找矿研究程度低，具有与铜矿峪矿床类似的物探、化探异常模式，有发现新的隐伏铜矿的可能。
- 更多网络解释与斑岩铜矿相关的网络解释 [注：此内容来源于网络，仅供参考]
-
bornite：斑块 clot 斑铜矿
斑晶 phenocryst | 斑块 clot 斑铜矿 bornite | 斑岩 porphyry
-
population of nekton：自游生物种群
population migration 人口迁移 | population of nekton 自游生物种群 | porphyry copper deposit 斑岩铜矿[床]
-
pitchstone porphyry：松脂斑岩
松脂岩 pitchstone | 松脂斑岩 pitchstone porphyry | 黑铜矿 pitchy copper ore
-
porphyry：斑岩;玢岩
"沉积斑晶","porphyrotope" | "斑岩;玢岩","porphyry" | "斑岩铜矿","porphyry copper"
-
atatschite：线玻正斑岩
atacamite 氯铜矿 | atatschite 线玻正斑岩 | atavism 返祖
-
Deriving deposits：派生存款
矿床模型:Deposits Model | 派生存款:Deriving deposits | 斑岩铜矿:porphyry copper deposits
-
porphyry copper：斑岩铜矿
斑岩的 ?phyric | 斑岩銅礦 porphyry copper | 斑英閃長岩;綠色英玢岩 chloropyre
-
porphyry copper deposits：斑岩铜矿
泥炭沉积:peat deposits | 斑岩铜矿:porphyry copper deposits | 矿床模型:Deposits Model
-
porphyry copper ore：斑岩铜矿石
"斑岩铜矿","porphyry copper" | "斑岩铜矿石","porphyry copper ore" | "斑岩锡矿床","porphyry tin deposit"
-
porphyry copper model：斑岩铜矿模式
斑岩铜矿床 porphyry copper deposit | 斑岩铜矿模式 porphyry copper model | 斑杂构造 taxitic structure