1.
THE TERRENES- RIFTS STRUCTURES AND THEIR EVOLUTION IN THE JINSHAJIANG-LANCANGJIANG AND NUJIANG AREA
金沙江、澜沧江、怒江地区地体-裂谷构造与演化
2.
They indicate that the Archeozoic tectonic environment is continental nucleus development and crustal block formation, and the Early Proterozoic tectonic environment is represented as rift.
分别代表了太古宙的陆核发展及地块形成和早元古宙的裂谷构造等大地构造环境。
3.
The Volcanic Activity Characteristics and Tectonic Evolution of Rift from Carboniferous to Early Permian in the Southeast of Heishanling, Xinjiang Beishan
新疆北山黑山岭东南石炭纪—早二叠世火山活动特征与裂谷构造演化
4.
SYN-RIFT TECTONIC-SEQUENCE STRATIGRAPHIC CHARACTERISTICS OF THE LOWER CRETACEOUS FORMATIONS IN NORTHEASTERN CHINA
东北区早白垩世同裂谷期构造－层序地层特征
5.
COMPARATIVE TECTONIC ANALYSIS OF FEN-WEI GRABEN AND BAIKAL RIFT SYSTEM
汾渭地堑与贝加尔裂谷系的比较构造分析
6.
THE RIFF WAVY-STRUCTURAL EVOLUTION OF THE ZHONGTIAOSHAN MOUNTAINS AREA IN THE LATE ARCHEOZOIC ERA-EARLY PROTEROZOIC ERA
中条山晚太古—早元古裂谷波浪状构造演化
7.
Tectono- sedimentary evolution of the basin may be divided into three stages: continental margin rift, back-arc rift, and depression basin.
其沉积—构造演化可划分为三个阶段：大陆边缘裂谷、后裂谷和拗陷盆地。
8.
Climate and tectonics are the two key controls for the formation of the stratigraphy of a rift basin.
气候和构造是裂谷盆地地层形成的两个重要控制因素。
9.
The information of the tectonic geochemistry displays that the Pingdao granite is a intraplate rift type.
构造地球化学信息显示岩体是大陆裂谷型花岗岩。
10.
Numerical models of the tectono-thermal evolution of rift basins and their applications to the Northern South China Sea
裂谷盆地构造热演化的数值模型及在南海北部的应用
11.
PETROLOGICAL AND GEOCHEMICAL CHARACTERISTICS AND TECTONIC IMPLICATION OF CENOZOIC BASALTS IN TUNKA BASIN IN BAIKAL RIFT BELT
贝加尔裂谷带通京盆地新生代火山岩石学与地球化学特征及其构造意义
12.
separation fracture
分离剥裂；张裂隙；岩层或岩体构造分离破裂
13.
The fracture in studied area can he divided into diagenetic micro-facture, weathering fracture and structural fracture.
研究区的裂缝可以划分为岩微裂隙、风化裂隙和构造裂缝3种类型。
14.
It was noted that the Upper Mesozoic strata (mainly Cretaceous) as revealed by drill or dredge from the eastern Nansha waters might extend into the hinterland of the Nansha Waters.
南海裂谷期间形成的下第三系具有明显的裂谷充填特徵，其构成生油岩主体。
15.
Structural Features and Fault Quantitative Study in Donghuantuo Coalmine
东欢坨矿构造特征及断裂构造定量研究
16.
Neotectonics and neotectonic activities of Yingkou-Weifang fault zone
营口—潍坊断裂带的新构造和新构造活动
17.
According to the researchresult, the tectonite consists of mylonite and cataclasite in the fracture zone.
断裂带的构造岩以糜棱岩和碎裂岩为主。
18.
Study on the Tectonic Stress Fields of Meso-Cenozoic Era of Jinhuo Fracture Zone
晋获断裂带中、新生代构造应力场研究