1.
The Phase Transition of Water:One of the Important Factors Controlling the Hydrothermal Mineralization
水的相变:热液成矿作用的重要控制因素之一
2.
Mineralization enrichment of uranyl mineral in mid-low temperature hydrothermal of Shuanghuajiang uranium deposit
双滑江铀矿床低温热液铀酰矿物富集成矿作用
3.
The Ore- forming Fluid and Mineralization of Epithermal Gold Deposits in Pinyi, Western Shangdong;
鲁西平邑地区浅成低温热液金矿床成矿流体及成矿作用
4.
The protracted continuous action of metamorphic thermal fluid, the migration of metallogenetic element in ore source horizon accompanying thermal fluid, which is concentrated, reformed and became the stratabound ore deposit at the advantageous ore-bearing position.
变质热液长期、续作用,矿源层内成矿元素随热液迁移,有利赋矿部位富集改造形成层控矿床。
5.
Studies on Seafloor Hydrothermal Sulfides and Its Ore-forming Processes;
大洋海底热液硫化物组分特征与成矿作用研究
6.
endomagmatic hydrothermal differentiation
内成岩浆热液分异作用
7.
ON HYDROTHERMAL SEDIMENTATION-MINERALIZATION OF MODERN ISLAND ARC, TRENCH AND ARC-BACK BASIN SYSTEM
论现代岛弧、海沟及弧后盆地系统的热液沉积成矿作用
8.
Geochemistry of Basalts and Hydrothermal Sulfide Mineralization from Juan De Fuca Ridge;
胡安德富卡海脊玄武岩地球化学及其热液硫化物成矿作用
9.
epithermal gold deposit
浅成低温热液金矿床
10.
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。
11.
Hydrothermal alteration is closely associated with gold mineralization, but different types play different roles in gold mineralization.
热液蚀变与金矿化关系密切，但不同的蚀变对金矿化作用不同。
12.
Tertiary-type ore deposit
(浅成热液矿床) 第三纪型矿床
13.
Metallogenic Characteristics and Searching Prospect of Epithermal Gold Deposits in Xiangnan;
湘南浅成低温热液型金矿成矿特征及找矿前景
14.
Study on the Metallogenesis and Models in Mesozoic Epithermal Gold Deposits in Yanbian, Jilin Province;
延边中生代浅成热液铜金矿床的成矿模式研究
15.
Geologic and geochemical features and ore forming process for hot spring cesium deposit of Gulu Area,Nagqu Region,Tibet,China
西藏谷露热泉型铯矿床地质地球化学特征与成矿作用
16.
In all hydrothermal deposits the minerals formed are not solely the sulfide ore minerals.
在所有热液矿床中，所形成的矿物并不单单是硫化物矿石矿物。
17.
The genesis of the deposit belongs to hydrothermal-exhalation stratabound deposit of syngenetic fault.
矿床成因属于同生断裂喷流热液层控矿床。
18.
On Discremination of Postore Dykes in Early Precambrian Hydrothermal Deposits
早前寒武纪热液矿床成矿后岩脉的鉴别