1.
CONTINENTAL MANTLE METASOMATISM: A PRECURSORY EVENT OF PLATFORM ACTIVATION?
大陆地幔交代作用:地台活化的先驱事件?
2.
The Petrographic and Petrochemical Characteristics of the Mantle Fluid Metasomatism;
地幔流体交代作用的岩相学和岩石化学特征
3.
Geochemical Research on the Mesozoic Crust-mantle Interaction in the North China Craton;
华北克拉通中生代壳幔交换作用的地球化学研究
4.
PETROLOGY AND MINERALOGY OF PERIDOTITES FROM THE SOUTHERN MARIANA FOREARC:IMPLICATION FOR THE METASOMATISM OF THE MANTLE WEDGE UNDER MARIANA ARC
马里亚纳南部前弧橄榄岩的岩石及矿物学:对弧下地幔楔交代作用的指示
5.
FLUIDS AND THEIR ROLES ON THE MANTLE EVOLUTION FROM THE PALAEOZOIC KIMBERLITES AND DIAMONDS IN NORTH CHINA PLATFORM
华北地台古生代金伯利岩（包括金刚石）中流体及其在地幔演化中的作用
6.
S-type granites should not be considered as the evidence of plume magmatism.
不能把S-型花岗岩作为地幔柱岩浆作用的证据。
7.
We curtained part of the basement as a workshop
我们用布幔将地下室的一部分隔开作工
8.
Mantle fluid metasomatism in Jinhe intrusive body of Jianchuan,Yunnan Province,and its ore-forming implication
云南剑川金河岩体中地幔流体交代特征及其成矿意义
9.
The Cenozoic High-k Calc-alkaline Volcanic Rock Series in the Northern Tibetan Plateau: Implications of Crust-mantle Interaction
藏北高原新生代高钾钙碱性系列火山岩与壳—幔相互作用
10.
Major earthquakes by rheological diapirism of crust-mantle material--Evidence from satellite gravity data
壳幔物质流变的底辟作用孕育大地震——卫星重力资料的证据
11.
Characteristics of Pb Isotopic Composition in Upper Mantle Cenozoic for China Continent
中国大陆新生代上地幔铅同位素特征
12.
"and at the death of Jobab, Husham, from the country of the Temanites, became king in his place."
约巴死了，提幔地的人户珊接续他作王。
13.
On Guangzhou's Position and Role in the Traffic History of Ancient China and Foreign Coutries
论广州在古代中外交通史上的地位和作用
14.
Ancient Korean Women's Role and Function in the Cultural Communication Between China and Korea
古代韩国女性在中韩文化交流中的地位与作用
15.
ON SPHERICAL MANTLE MIXTURE DRIVEN BY MODERN PLATE TECTONIC MOTION
现代板块运动驱动球域地幔混合的研究
16.
Applications of Seismic Surface Waves in the Study of Structures of the Crust and Upper Mantle (An Overview)
地震面波在研究地壳上地幔构造中的应用(综述)
17.
Application of Geomagnetic Observatory Data for Studying Electrical Conductivity Structure in North China
用地磁台站资料探测华北地区地幔电性结构
18.
The magma originated from the upper mantle and belongs to the tholeiitic series which has undergone immiscible separation of metal sulfide.
岩浆起源于上地幔,属于拉斑玄武岩系列,发生过金属硫化物的熔离作用。