1.
The Petro-geochemical Characters and SHRIMP U-Pb Zircon Ages of Meta-mafic Rocks from the Yishui Complex,in Yishui County,Shandong Province
山东沂水杂岩中变基性岩的岩石地球化学特征及锆石SHRIMP U-Pb定年
2.
ultrabasic rock
超碱岩, 超基性岩
3.
The amphibolite and basic granulite may be comparable to the world's metamorphic tholeiite.
斜长角闪岩和基性麻粒岩可与世界变质拉斑玄武岩对比.
4.
Rheological complexity of mafic rocks and the effect of mineral component on creep of rocks
基性岩流变的复杂性与成分对岩石流变影响的实验研究
5.
Research on Slaking Properties of Red Beds Soft Rock and Dynamic Deformation Properties of Embankment;
红层软岩崩解性及其路基动力变形特性研究
6.
Mechanical characteristics of surrounding rock in sub-sea tunnel based on strain nonlinear softening
基于应变非线性软化的海底隧道围岩力学特性
7.
Geochemical characteristics of the metabasic volcanic rocks in the Grove Mountains, East Antarctica.
东南极格罗夫山变质基性岩地球化学特征
8.
Amphiboles From Basic Metamorphic Rocks in the Archeozoic Taihua Group and its Genetic Significance
太古代太华群基性变质岩角闪石及其成因意义
9.
ARCHEAN META-VOLCANICS AND ITS RELATION TO Au-MINERALIZATION
鞍本地区太古代变基性火山岩与金矿化
10.
Foundation deformation features of main dam section of Geheyan hydro-junction
隔河岩水利枢纽主要坝段基础变形特性
11.
The Archaean Jining Group, of dominant granulite fades metamorphism, is stratigraphically the oldest metamorphic rock series in the south Nel Mongol of China.
集宁群变质岩系按其岩性共分上、下二个岩组;
12.
rock deformation and stability measurement
岩石变形及稳定性测量
13.
Features of the Archean Meta-Basic Dyke Swarms in Datong-Jining Region
大同—集宁地区太古代变质基性岩墙群的基本特征
14.
Basic suite consists of tholeiite and alkali-basalt.
基性岩套由拉斑玄武岩-碱性玄武岩组成.
15.
Favorable reservoirs may be composed of sandstones, conglomerates basement metamorphic buried hills, and volcanic rocks.
砂岩、砾岩、基底变质岩潜山，火山岩均可形成良好储层。
16.
Geochemistry of Early Archaean Glagio Amphibolites in Chaozhuang Group from Eastern Hebei Province
冀东曹庄群早太古变基性火山质斜长角闪岩的地球化学特征
17.
Investigation of Mechanical Properties of Geomaterials Based on DEM Simulation and Theories for Strain Localization Analysis;
基于离散元模拟的岩土力学性能研究及应变局部化理论分析
18.
Study about the Deformation Properties of the Columnar Joints Basalts for the Foundation of the High Arch Dam of Baihetan Hydropower Station Jinsha River;
金沙江白鹤滩水电站高拱坝坝基柱状节理玄武岩变形特性研究