1.
TECTONIC AND MAGMAIC EVOLUTION OF THE ARCHEAN GRANITTIC ROCKS IN JILIN PROVINCE
吉林太古宙花岗岩类构造─岩浆演化
2.
Magmatic Evolution Process of Dikes in Guocheng Fault Zone, Jiaodong Peninsula: Implications for North China Craton Lithosphere Thinning and Gold Ore Formation
胶东郭城断裂带脉岩岩浆演化过程：对岩石圈演化及金成矿的制约
3.
Its difficult to decide the position of the unit in evo-lutional seriary of magma.
该单元在岩浆演化序列中所处的位置难以确定。
4.
Tectonomagmatic Evolution and Gold Metallogeny in South Beishan Mountain, Northwest China;
北山南带构造岩浆演化与金的成矿作用
5.
The main aim of study on volcanic rocks of orogenic belts is to retrace the history of tectono-magmatic evolution of orogenic belts.
造山带火山岩石学研究的主要目的在于重溯造山带-岩浆演化历史。
6.
Magma Evolution and Deep Geological Processes of Early Permian Tarim Large Igneous Province
塔里木早二叠世大火成岩省的岩浆演化与深部地质作用
7.
Magmatic Evolution and Characteristics of Magmatic Fluid in the Qiagong Porphyry System
西藏恰功铁矿岩浆演化序列及斑岩出溶流体特征
8.
Tectonic and Magmatic Evolution and Cu-Au Metallogeny of the Farallon Negro Area, Northwest Argentina
阿根廷法拉里拉地区弧后带构造—岩浆演化及铜金矿床的成因
9.
Mesozoic to Cenozoic Tectonomagmatic Evolution and Mineralization in the Cuoqin Area, Mid-Gangdise, Tibet;
西藏冈底斯中段措勤地区中新生代构造岩浆演化与成矿
10.
Tectono-Magmatic Evolution Related to Metallogenic System in Gejiu Ore-Concentration Area,Southeast Yunnan of China
云南个旧矿集区区域构造-岩浆演化与锡铜多金属成矿系统
11.
Finally, a review is made on the genetic relationships between mineralization and magma evolution and the associated characteristic of ore systems.
文中还介绍了层状岩体中典型矿床的成矿作用与岩浆演化过程的成因联系。
12.
Tectonic-Magma-Mineralization Dynamic Evolution Pattern of Baiyinchang Orefield;
白银厂矿田构造—岩浆—成矿动态演化模式
13.
The Evolution of Relin Uplex Rock Masses in Yanshan Phase and Ar-Ar Dating Age and Copper-molybdenum Mineralization Characteristics of Zhongdian Volcanic-magma Arc
中甸火山-岩浆弧燕山期热林复式岩体演化与Ar-Ar定年及铜钼矿化
14.
A Research on Evolution and Different Types for the Skarn Deposits on Southern Margin of Gangdisi Volcanic-magmatic Arc, Tibet;
西藏冈底斯南缘火山—岩浆弧演化与不同类型夕卡岩矿床的研究
15.
Magmatism of Phanerozoic Granitoids in Southeastern Hunan Province, China and Its Evolution Regularity;
湘东北地区显生宙花岗岩岩浆作用及其演化规律
16.
Discussion on Relationship between Magmatic and the Evolution of the Basin s Deep Dynamics in Eastern Qiangtang Basin;
羌塘盆地东部岩浆岩与盆地深部动力学演化关系探讨
17.
molten rock, steel, lava
熔化的岩石、 钢水、 岩浆.
18.
As the magma evolved chemically, it withdrew from the chamber underneath the summit, causing the ground there to collapse and feeding eruptions on the flanks.
随著岩浆的化学演进，从火山山峰下的岩浆库退去，造成地面塌陷，并促成了侧边的爆发。