1.
endomagmatic hydrothermal differentiation
内成岩浆热液分异作用
2.
Prospecting Model and Application of Large-scale Gold Deposit Associated with Magmatic Hydrothermal Solution in Liaoxi Sag
辽西凹陷与岩浆热液有关的大型金矿床的找矿模式及应用
3.
Ore Deposit Types and Characteristics of Magmatic-Hydrothermal Systems and Implication for Exploration
岩浆热液系统中矿床类型、特征及其在勘探中的应用
4.
Porphyry Deposits in Continental Settings of China:Geological Characteristics, Magmatic-Hydrothermal System,and Metallogenic Model
中国大陆环境斑岩型矿床:基本地质特征、岩浆热液系统和成矿概念模型
5.
Ore formation was dominated by exhalation-sedimentation, subsequently subjected to metamorphism reformation, superposition of magmatic hydrothermalism and supergenesis.
成矿以喷气－沉积作用为主，其后经历了变质改造、岩浆热液叠加及表生氧化作用。
6.
Structural Features and Magmation & Hydrothermalism in Chuxiong Basin;
楚雄盆地构造特征与岩浆活动及热液作用
7.
Metallogenic hydrothermal solution system of post volcanic magma in Xiangshan ore field
相山铀矿田火山岩浆期后成矿热液系统
8.
Of or relating to hot magmatic emanations rich in water.
热液的属于或与热岩浆的散发有关的，这种现象在水中常见
9.
Advances of Researches on the Evolution of Ore-forming Fluids and the Vapor Transport of Metals in Magmatic-Hydrothermal Systems
岩浆—热液体系成矿流体演化及其金属元素气相迁移研究进展
10.
It came from ground water, heated by magma, which joined with hot gases released from the liquefied rock itself.
它来自被岩浆加热的地下水，并和热的气体一起从液化的岩石中释放出来。
11.
The research of compositions of fluid-melt inclusions indicates that the genesis of Altai pegmatite was close ties with magmatic-hydrothermal transitional stage.
流体熔融包裹体成分研究表明阿尔泰伟晶岩成因与岩浆－热液过渡阶段有密切联系。
12.
Thermal Convection Diagenesis of Reservoir Sandstone of Magmatic CO_2 Pool;
岩浆成因CO_2气藏中储集砂岩的热对流成岩作用
13.
Application of Slurry Injection by Dual-slurry Sleeve-valve Pipe in Treatment of Underground Karst Cavity;
双液袖阀管注浆法在岩溶地区的应用
14.
The heat and pressure from igneous intrusion cause the alteration of surrounding rocks.
入侵岩浆的热能和压力导致了围岩的变化。
15.
Ore-forming metals maybe mostly derived from the granites.
花岗岩浆是成矿物质来源和成矿热源。
16.
Parental Magma Compositions of the Jinchuan Intrusion,Gansu Province and MELTS Thermodynamic Modelling of Fractional Crystallization
金川岩体母岩浆成分及其分离结晶过程的熔浆热力学模拟
17.
a stream of lava
熔岩浆,2. 火山岩
18.
Preparation of a New High Strength and Heat Resistant GW103K Magnesium Alloy Semi-solid Slurry by Near Liquidus Method
高强耐热镁合金GW103K近液相线制浆工艺