1) oblique strikeslip structure
斜向走滑构造
1.
The occurrence of oblique strikeslip structures along the Jinshajiang suture zone in northwestern Yunnan resulted in the closure of the renewed Jinshajiang oceanic basin, and continentcontinent collision at the end of Indosinian.
金沙江结合带中的斜向走滑构造是最夺目的定型构造。
2) Strike-slip structure
走滑构造
1.
Characteristics of strike-slip structure and rules of hydrocarbon accumulation in northern Liaodong Bay;
辽东湾北部地区走滑构造特征与油气富集规律
2.
The geometry (type, classification, assemblage) , forming period-times and genesis mechanism of the strike-slip structures in the eastern Jiyang Depression have been researched in this paper using structural analytic method to gain more knowledge of the strike-slip structures.
为了提高走滑构造的研究程度,将济阳坳陷东部作为一个整体,应用构造解析方法,研究其走滑构造的形态、分类、组合形式及形成期次并探讨了其成因机制。
3.
The weaknesses, difficulties and key points of the present study of basin tectonic dynamics are shown in the following four aspects: (1)Tectonics with complex features and complex cause of formation, such as strike-slip structure, lateral trans.
目前盆地构造动力学研究的弱点、难点及重点主要有以下4方面:(1)特征或成因复杂的构造,如走滑构造、横向(转换)构造、拆离滑覆构造、较大型断层的分段性和断裂带的结构等。
3) Punda strike-slip faults
Punda走滑构造
1.
According to the characteristics of master fault and its secondary strike-slip faults of the Punda strike-slip faults, we know the collision between Luconia continent and Sundaland and strike-slip of Lupar valley are predominant dynamic process in the formation of the Punda strike-slip faults.
沙捞越Punda走滑构造为一典型的右旋走滑构造形式,是沿近东西向F断裂(PDZ)发育特征的负花状构造或郁金香构造,并构成走滑伸展双重构造。
4) syncline
[英]['siŋklain] [美]['sɪŋklaɪn]
向斜构造
1.
Discussion of coal and gas outburst mechanism of syncline;
向斜构造煤与瓦斯突出机理探讨
2.
The prospecting area is a NNE axial direction asymmetrical syncline,strata dip angle 26°~30°,deep part has igneous rock intrusive seriously impact coal seam hosting configurations.
勘探区为一轴向北北东向的不对称向斜构造,地层倾角26°～30,°测区深部有岩浆岩侵入体,严重影响煤层赋存形态;地表条件复杂,村庄密集、河流较多,测区东侧塌陷区水塘大面积分布,三维地震勘探野外施工难度大。
5) syncline structure
向斜构造
1.
The acting law of syncline structure on mechanical effect of structural plane isanalyzed in detail.
深入分析了向斜构造对结构面力学效应的控制作用规律。
2.
The principle of gas bearing in Coal Seam 8 of Luling and Zhuxianzhuang mines has been analysed and the effect of gas bearing on syncline structure of the geologic background in this area is discussed.
分析了淮北宿东向斜８号煤层在芦岭矿和朱仙庄矿的瓦斯赋存规律，探讨了区域地质背景中向斜构造形态对瓦斯赋存的影
3.
Taking the Jinbeizhuang iron mine of Xuanhua Iron & Steel Company as an exam ple, this paper analyzes deep into the control action of the syncline structure to the open pit slope stability.
本文以宣钢近北庄铁矿为例，深入分析了向斜构造对露采边坡稳定性的控制作用。
6) oblique collision and strike slip
斜向碰撞与走滑
补充资料：滑脱构造
以一个相对低的岩石强度和高剪应变为特征的软弱层为滑脱面，其上盘岩石从下盘滑脱而形成的构造。滑脱面常由不同规模的一条断层或一个断层系（脆性或韧性）组成，一般顺层发育，如地层或岩系分界面、不整合面或地层中岩性显著差异的分隔面等。该面分割了上下不同应变特征和力学性质的岩片。滑移距离很大的上部岩片组成了外来构造岩片。滑脱作用可以发生在盖层各岩系之间、盖层与基底之间，上、下地壳之间、地壳与上地幔之间以及岩石圈与软流圈之间。岩石圈中多级分层及滑脱构造的发现是构造地质学认识上的重大突破。
根据变形过程中的应力状态可将滑脱构造分为两类：①伸展型滑脱构造,即拆离构造,是指在伸展（拉伸）作用下沿层间近水平或低角度的正断层滑移的构造。它将块体划分为上拆离盘和下拆离盘。上拆离盘是由叠瓦状铲式（上陡下缓）正断层系或多米诺正断层系组成的脆性变形域；下拆离盘往往由糜棱岩带组成、具面理及线理构造的塑性变形域（见图）。②压缩型滑脱构造，在挤压作用下沿层间近水平或低角度的冲断层而滑移的构造。欧洲侏罗山式褶皱及加拿大落基山前陆的冲断褶皱带都是沉积盖层沿基底表面滑脱所成的典型构造。底部的滑脱带在地壳深部表现为韧性滑脱剪切带及糜棱岩带，有时伴随中、高压变质带。压缩型滑脱构造的上部岩片发育一系列叠瓦状的铲式冲断层，自上而下褶皱轴面及劈理面常表现为由陡立、倾斜向水平呈递进演变的规律。
根据变形过程中的应力状态可将滑脱构造分为两类：①伸展型滑脱构造,即拆离构造,是指在伸展（拉伸）作用下沿层间近水平或低角度的正断层滑移的构造。它将块体划分为上拆离盘和下拆离盘。上拆离盘是由叠瓦状铲式（上陡下缓）正断层系或多米诺正断层系组成的脆性变形域；下拆离盘往往由糜棱岩带组成、具面理及线理构造的塑性变形域（见图）。②压缩型滑脱构造，在挤压作用下沿层间近水平或低角度的冲断层而滑移的构造。欧洲侏罗山式褶皱及加拿大落基山前陆的冲断褶皱带都是沉积盖层沿基底表面滑脱所成的典型构造。底部的滑脱带在地壳深部表现为韧性滑脱剪切带及糜棱岩带，有时伴随中、高压变质带。压缩型滑脱构造的上部岩片发育一系列叠瓦状的铲式冲断层，自上而下褶皱轴面及劈理面常表现为由陡立、倾斜向水平呈递进演变的规律。
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