- mineralization liquor
- ore-forming fluid
- ore-forming solution
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成矿溶液的英文
例句与用法
- By the studies of the fluid inclusion , it is found that the high concentrated areas of the ore - for ming solution are generally where the main ( rich ) orebodies occur
摘要流体包裹体研究发现，成矿溶液高浓度聚集区，常是矿床的主（富）矿体赋存处。 - Open the fluid inclusion by heat explosion , extract the ore - forming solution , measure the relative density of the ore - forming solution through its electric conductivity , and apply the results to the test of mineralization and ore - search by geological analogy
用热爆法打开包裹体提取成矿溶液，以电导度度量其相对浓度，以地质类比法通过从已知到未知的分析，将其结果用于成矿找矿试验。 - It belongs to nacl - h2o - co2 system . the ore - forming element assemblage is as - sb - cu - ni - u with high contents of as and sb . the stable isotope data show the metallogenic fluid comes from the mixture of magmatic water with meteoric water and stratum water
流体中成矿元素组合为as - sb - cu - ni - u ，总体上具较高的sb ， as含量；稳定同位素特征表明成矿溶液主要来自岩浆水与大气降水、沉积盆地地层水的混合。 - Studies on geology of the deposits and geochemistry of trace elements , rees , isotopes , ore - forming fluids show that the ore - forming materials came from varied sources . ore - forming materials of the tianbaoshan deposit was chiefly derived from different sedimentary rocks of the upper crust and orogen , while those of the daliangzi deposit mainly from the sinian dengying formation . meteoric waters were the major source of the ore - forming solution
矿床地质特征以及常微量元素、稀土元素、同位素、成矿流体等地球化学特征的研究表明，矿床成矿物质是多来源的，天宝山矿床成矿物质主要来自上部地壳和造山带各种沉积岩，大梁子矿床成矿物质主要来自震旦系灯影组地层；两个矿床成矿溶液主要来自大气降水；硫大部分来源于同时期的海相沉积地层(震旦系灯影组)中被细菌还原的海水硫酸盐。 - By studying deposit ' s geochemical features , it is believed that mineralizing metals came from d3 and c1 stratums ; ore - forming fluid is atmosphere water ; mineralizing era is later permian ; sulphur came from seawater sulfate ; and it is a low - middle temperature deposit . emeishan basalt provided heat impetus without providing mineralizing metals
通过对矿床地球化学特征的探讨，认为上泥盆统及中下石炭统地层提供了成矿物质；成矿溶液为大气降水；成矿时期为二叠纪晚期；矿床的硫主要来自海水硫酸盐；矿床的成矿温度为低-中温。