然后这些沉积物可能形成褶皱和叠瓦构造。
This sediment will then probably be formed into a folded and imbricated structure.
根据研究人员的该项预测，板块构造的净效应，将使得瓦胡岛在150万年内继续增长。
According to the forecast of the researchers, the net effect of plate tectonics, makes Oahu continue to grow in 150 million years.
中期（喜马拉雅早期）是主变形期，西带显示由SW向NE逆冲，以叠瓦状逆冲构造系统为其特征。
The middle(early Himalayan)is the main deformation, characterized by the imbricate thrust structure system, whose west zone shows thrusting from SW toward NE.
由北向南分为前缘挤压滑脱构造带、斜歪倒转褶皱—逆冲断层带和逆冲推覆岩席及叠瓦状逆冲断层带。
From north to south, several tectonic belts can be distinguished: front compressive detachment belt, overturned thrusting belt, sheeted thrusting belt and imbricate thrusting belt.
野外判定岩浆岩地区逆冲推覆构造的主要标志是逆冲叠瓦扇和软弱滑动层的存在。
The imbricate fan of thrusts and soft layer are main structure features distinguishing thrust-nappe structure in magma-tic body area.
其构造类型主要为断层相关褶皱、叠瓦状构造及断层三角带。
The structural types mainly are fault-related folds, imbricate structure and fault delta zone.
盆地中发育多种构造样式，主要有：叠瓦状冲断层、滚板构造、牵引褶皱、铲形正断层、滚动背斜、“垒一堑”构造等。
The structural style found in the basin includes imbricated thrust zone, trapdoor structure, drag fold, listric fault, rollover anticline, horst-graben structure and the like.
推覆构造体系是由几条逆冲断裂带及其逆冲席、逆冲片组成，主干断层与次级断层组成叠瓦式构造。
The structural system of nappe consists of several overthrust fracture belts, thrust sheets and thrust slices, and master fault and secondary fault form an imbricate structure.
北秦岭为一复杂构造带，形成向北反转的叠瓦状逆冲推覆构造。
The north Qinling is a complicated structural zone, forming an imbricated thrust napped structure overturning northward.
在东喜马拉雅构造结南迦巴瓦岩群中，石榴辉石岩呈透镜状产于麻粒岩相变质的长英质片麻岩和泥质片岩之中。
Garnet pyroxenite occurs as lenses in granulite-facies metamorphic granitic gneiss and pelitic schist in the Namjagbarwa Group-complex of the eastern Himalayan tectonic syntaxis.
在剖面上，叠瓦冲断带位于三角带构造的前缘下方，平面上呈重叠分布。
On the section, the imbricate thrust zone is situated below the front margin of the triangular-zone structure, and they are overlapping distributed on plane.
根据与其它气田构造的对比，穿盐断裂和叠瓦冲断带的构造组合样式对油气的聚集最为有利。
The most efficient structural assemblage zone for gas accumulation is the thrust fault and nappe thrust belt developed in a variety of salt-related due to tectonic compression and salt flexible fluid.
瓦石峡凹陷山前带发育冲断推覆构造，侏罗系烃源岩增厚有利于油气成藏。
In the piedmont belt of Washixia sag developed thrust nappe which leaded to incrassation of Jurassic source rocks, being favorable for hydrocarbon accumulation in this area.
南部构造区（带） 发育“瓦垅”状推覆构造；
There are the oblique-imbricated structure and the imbricated structure in south part.
研究区构造应力场主要为挤压应力场，区内主要形成褶皱、断弯褶皱、断展褶皱、叠瓦逆冲构造、冲起构造和逆冲三角构造等构造样式。
The stress fields are compression ones, in that conditions, the structure styles are folds, Fault-bend folds, Fault-Propagation folds, Detachment folds, imbrications-thrust faults and so on.
新生代板块构造旋回早期藏南—印度古陆从冈瓦纳大陆裂解出来，从南半球向赤道漂移；
During early Mesozoic—Cenozoic cycle, south Tibetan—Indo protocontinent was disintegrated from the Gondwana, drifting toward the equator from southern hemisphere;
研究表明，冈瓦纳的裂散、亚洲的增生和特提斯构造带的演化都受控于星球级纬向构造体系。
Study indicates that Gondwana dispersion, Asian accretion and geological evolution of the Tethyan tectonic belt were controlled by the global latitudinal tectonic system.
针对叠瓦式构造底板的特殊结构形式，在分析受力情况的基础上，提出了应用于该结构形式底板的抗滑稳定计算公式；
Based on analysed of pressure which act on imbricate structure soleplate, we educed the static force anti-sliding stability formula;
针对叠瓦式构造底板的特殊结构形式，在分析受力情况的基础上，提出了应用于该结构形式底板的抗滑稳定计算公式；
Based on analysed of pressure which act on imbricate structure soleplate, we educed the static force anti-sliding stability formula;
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