1) structural deformation
构造形变
1.
Due to its richness in hydrocarbon in the Late Triassic,the deformation age,characteristics and mechanism of the Late Triassic foreland basin were analyzed in detail,and the relationship between structural deformation and hydrocarbon accumulation was especially high lighted.
鉴于这一地区已经证实晚三叠世地层中富含油气 ,该文以获得的实际资料对晚三叠世前陆盆地形变年代、形变特征、形变运动 (动力 )学机制进行了深入分析 ,并着重分析了构造形变与油气成藏的关系。
2) tectonic deformation
构造形变
1.
The moon s declination and obliquity of the ecliptic determine the direction of the principal compressive stress field,then the relation of tectonic deformation to meteorological disaster is studied.
黄赤交角和月亮赤纬角决定了地球应力场的主应力方向 ,据此研究了构造形变与气象灾害的关系。
3) structural deformation
构造变形
1.
Late Cenozoic structural deformation and its implication for petroleum accumulation in the southern Junggar thrust belt;
准南地区前陆冲断带晚新生代构造变形特征与油气成藏
2.
Features of the pre-Sinian structural deformation in North Jiangxi and its dynamic significance;
赣北前震旦纪构造变形特征及其动力学意义
3.
Effect of special plastic deposition body on structural deformation and trap forming in western of Kuche Depression.;
库车拗陷西部特殊塑性沉积体对构造变形和圈闭形成的影响
4) tectonic deformation
构造变形
1.
Features of early-stage tectonic deformation of the Xileng Formation-complex in the Zhangbaling area, Anhui Province;
安徽张八岭地区西冷岩组早期构造变形特征
2.
Late Cenozoic tectonic deformation history and uplift process of the Panxi region,western Sichuan;
四川攀西地区晚新生代构造变形历史与隆升过程初步研究
3.
Studies on Tectonic Deformation of the Yellow River Terrace in Lanzhou Based on High-resolution GPS Surveying;
兰州黄河阶地高精度GPS测量与构造变形研究
5) deformation structure
变形构造
1.
Mesozoic-Cenozoic deformation structures and their dynamics in the basin-range junction belt of the west Kunlun-Tarim basin;
西昆仑—塔里木盆地盆-山结合带的中、新生代变形构造及其动力学
2.
Relationship between deformation structure and petroleum accumulation and preservation,Qiangtang Basin,Tibet;
羌塘盆地变形构造与油气聚集保存关系
3.
Large numbers of soft-sediment deformation structures are identified in well exposed diamictites of the Upper Sinian Luoquan Formation from Western Henan Province.
冰碛岩中常存在一些变形构造，国外屡见报道，但国内报导甚少。
6) structure deformation
构造变形
1.
The coalfield structure deformation which is characterized by the imbric.
前陆逆冲带内的煤田构造变形是适应前陆逆冲挤压应力作用的结果，以发育有冲断叠瓦扇、双冲构造、平行褶皱、斜歪褶皱、飞来峰、逆冲岩席、断夹块等构造样式为特征。
2.
Based on some subtle analysis on the macro and micro structure deformation in ChaoHu shearing zone,combining the previous study on the fractal of fracture system,the macro-micro homologous law in geological body fracture system is put forward,there are fine comparability and homologous of the kinds and characters of the deformation in geometry between the macro and micro scene are recognized.
在对安徽巢湖剪切带宏观和微观变形形态进行精细分析的基础上,结合前人对断裂形态分形特征的相关研究,提出了地质体构造变形的"宏微对应"规律,认为同一个地质体构造变形系统中不同级别的构造变形之间其几何形态特征存在较好的相似性或对应性。
补充资料：弹性形变
分子式：
分子量：
CAS号：
性质：弹性材料在外力作用下发生形变后，当外力释去时，形变完全恢复、此种形变称为弹性形变。一般金属材料弹性形变不超过1%，应力应变之间关系符合虎克定律。对非晶态高聚物材料，弹性形变则包括普弹形变和高弹形变两类。普弹形变很小(约0.1-0.2%)，应力应变之间关系符合虎克定律，高弹形变可高达百分之几百。高弹形变是高聚物一种独特的力学特性质，是由处于高弹态的高聚物分子内链段的聚向和位移产生的，形变时内应力小、模量小，形度值很大，当外力除支后可完全恢复。
分子量：
CAS号：
性质：弹性材料在外力作用下发生形变后，当外力释去时，形变完全恢复、此种形变称为弹性形变。一般金属材料弹性形变不超过1%，应力应变之间关系符合虎克定律。对非晶态高聚物材料，弹性形变则包括普弹形变和高弹形变两类。普弹形变很小(约0.1-0.2%)，应力应变之间关系符合虎克定律，高弹形变可高达百分之几百。高弹形变是高聚物一种独特的力学特性质，是由处于高弹态的高聚物分子内链段的聚向和位移产生的，形变时内应力小、模量小，形度值很大，当外力除支后可完全恢复。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条