1.
Research for Multi-Complicated Rock Mass as Gravity Dam Foundation Located in the Wide River-bed with Deep Overburden Layer;
深覆盖宽河床多种复杂岩体作为重力坝建基岩体研究
2.
Researches in the Influence of Foundation Excavation on Engineering Properties of Foundation Rock in High Arch Dam;
高拱坝坝基开挖对建基岩体工程特性影响的研究
3.
Comprehensive Evaluation and Geological Defects Treatment of Bedrock Body Quality in Yangfanggou Hydropower Station Along Yalong River
雅砻江杨房沟水电站建基岩体质量综合评价及地质缺陷处理
4.
Study of Foundation Rock Mass Quality Checking on the Right Bank of Jinping I Hydropower Station
锦屏一级水电站大坝右岸建基岩体质量复核研究
5.
Rock Mass Quality Value of Dam Foundation & Optimization Analysis of Construction Base Level;
坝基岩体质量评价及建基面优化分析
6.
Analysis on Dam Foundation Rock Burst in Fengyan Reconstructed Reservoir in Banan District,Chongqing City
重庆市巴南区重建丰岩水库坝基岩体岩爆问题分析
7.
Foundation Rock Selection of Gravity Dam Based on Dam Foundaiton Rock Mass Structure;
基于坝基岩体结构的重力坝建基面选择
8.
Building of Groundwater 3-D Solid Model in Bedrock Region Based on GMS
基于GMS基岩矿区地下水三维实体模型的构建
9.
Study on Classification of Rock Mass Quality and Excavating Depth of Available Foundation of the Jinping Arterial Power Station;
锦屏一级水电站坝基岩体质量分类及建基面开挖深度研究
10.
Rock strength is a basic parameter for rock engineering design.
岩石强度是岩体工程设计的基本依据。
11.
A batholith has been defined as a huge intrusive mass of granitic rock.
岩基的定义是巨大的花岗石侵入岩体。
12.
ENGINEERING GEOLOGICAL CLASSIFICATION FOR ROCK MASS QUALITY OF DAM FOUNDATION IN KARST TERRAIN
岩溶地区坝基岩体质量工程地质分类
13.
Engineering Geological Research of Weathered Rocks of Hongkou Hydropower Station Dam Site and the Reasonable Optimization of Dam Foundation Surface;
洪口水电站坝址区风化岩体工程地质研究及建基面的合理优化
14.
A Study on Ancient Water Conservancy Projects and Comprehensive Evaluation System Based on Environmental Geotechnology;
基于环境岩土工程的古代水利工程研究及评价体系的建立
15.
Genetic Transformation System of Sinningia Speciosa and Regeneration of Transgenic Plants Containing LEA Gene;
大岩桐遗传转化体系的建立与LEA蛋白基因的导入
16.
Study on the Distribution and Available with Foundation Surface Ⅲ_2 Level Rockmass of Xiluodu Hydropower Station
溪洛渡水电站建基面Ⅲ_2级岩体分布及可利用性研究
17.
The ultrabasic rocks form a complex of large tectonic slices with intercalated slices of Sebakwian sedimentary rocks.
超基性岩与塞巴奎沉积岩岩片相间构成一巨大的构造岩片的杂岩体。
18.
The Mesozoic magmatism and polymetallic mineralization was caused by interaction between deep-derived fluids and Mesozoic multistage tectonic activities.
在此基础上，建立了区域中生代构造－流体－成岩成矿地球化学－体化系统模型。