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bending zone
相关语句
  弯曲下沉带
     Coal-mining-induced subsidence may change underground water system. Water-resisting layer located under position in the phreatic water is not destroyed, but bending zone is formed by underground mining ,coal-mining-induced subsidence can’t cause shallow groundwater resource loss, which can change the ecological environment, making groundwater turn into the surface water.
     开采沉陷对地下水系统具有改造作用,如果潜水下的隔水层未遭到破坏,而在采动覆岩中形成弯曲下沉带,则开采沉陷一般不会造成浅层水资源流失,但往往会导致生态环境的改变,使地下水变为地表水,原来的耕地变为水域。
短句来源
  “bending zone”译为未确定词的双语例句
     In the light of evolutionary characteristics of deposition and structures in the course of ItS formation and development, the basin is divided into 4 structural zones of the 1st order: the main fault bending zone in the western part;
     从松辽盆地形成与发育过程中的沉积和构造演化特征出发,将盆地划分为四个一级构造带:西部主断拗褶带;
短句来源
     The main results are:(1) The mechanical model of overburden after mining should be divided into four zones, namely, failure zone, separation zone, bending zone and loose alluvium zone;
     认为:(1)采后覆岩结构具有分带性,结构力学模型应划分为破裂带、离层带、弯曲带和松散冲积层带;
短句来源
     The article points out that overburden can be divided into, in ascending, caving zone, fractured zone, bending zone and loose alluvium zone.
     在此过程中 ,采空区上覆岩层将发生非连续破坏和连续移动 ,形成冒落带、离层带、弯曲带和松散冲积带的“四带”覆岩结构。
短句来源
     According to the deformation of shear spinning on conical workpieces,the stress and strain has been analyzed and the new deformation mechanism has been put forward that the forming area of shear spinning should be divided into tension bending zone and rolling zone.
     根据剪旋过程的实际情况进行了应力应变分析 ,对剪旋变形机理提出了新的见解 ,将剪旋变形区分为拉弯区和辗压变形区。
短句来源
  相似匹配句对
     Bending is another important geometric characteristics of the fault zone.
     另一种重要的几何特征是断层弯曲.
短句来源
     wilcoxi Zone, N.
     urilcaxi带,N.
短句来源
     a. zone, E.
     C带,E.
短句来源
     Creeping Bending of Continuously Casted Shell in Secondary Cooling Zone
     连铸坯壳在二冷区内的蠕变弯曲
短句来源
     LIKE BARLEY BENDING
     像弯弯的大麦
短句来源
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  bending zone
A new process of flanging has been developed based upon the idea of redistributing plastic strains through the larger area, delivering additional metal into the bending zone, and creating an additional axial compression.
      
Also, bending zone has shown some cracks after the bending test of unheated specimens.
      
One of the ACS genes (Am-ACS3) was abundantly expressed in the bending zone cortex at the lower side of the stems within 2?h of gravistimulation.
      
The major site of photoperception for phytochrome-mediated phototropism of maize (Zea mays L.) mesocotyls was identified to be within the bending zone of the mesocotyl.
      
This inhibition is effective on the lower side of the bending zone, where the growth is practically stopped during the period of maximum rate of geocurvature.
      
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In the light of evolutionary characteristics of deposition and structures in the course of ItS formation and development, the basin is divided into 4 structural zones of the 1st order: the main fault bending zone in the western part; the central fault foldng zone; the minor fault bending zone in the eastern part and the overlap folding zone on the margin. The first three zones constitute the main body of the basin. Local structures are classified from the view point of dynamics. After...

In the light of evolutionary characteristics of deposition and structures in the course of ItS formation and development, the basin is divided into 4 structural zones of the 1st order: the main fault bending zone in the western part; the central fault foldng zone; the minor fault bending zone in the eastern part and the overlap folding zone on the margin. The first three zones constitute the main body of the basin. Local structures are classified from the view point of dynamics. After a synthetic study of the depositional characteristics of lake basins,their structural features anal types of oil pools, three ring-like zones of distribution of oil and gas fields with reservoirs of medium and shallow depth are proposed: inner zone with lithologic pool; middle zone with structural oil pools and outer zone with scattered oil pools.Prospects for each of these zones are reviewed, and a preliminary discussion of targets for exploration at depth is made at length.

从松辽盆地形成与发育过程中的沉积和构造演化特征出发,将盆地划分为四个一级构造带:西部主断拗褶带;中央断隆褶带;东部次断拗褶带;边缘超覆褶带。前三者是盆地的主体。对局部构造,划分为三大环带。岩性油藏带(内带);构造油藏带(中带);零散油藏带(外带)。指出了各带的勘探前景。对深部地层的勘探方向进行了初步探讨。

T2" seismic reflector represents the top of Quantou formation or the bottom of Qingshankou formation."T2" reflection structure is the discontinuous, dislocated and overlapped phenomena of "T2" event. The reflection structure is not considered to be the response of progradtion but as that of the "T2" fault system.The "T2" faults are growth faults, with a small scale and steeper dip, trending to NNW mostly which occur predominantly in the sites of basement fault structural bend zone and basement uplift....

T2" seismic reflector represents the top of Quantou formation or the bottom of Qingshankou formation."T2" reflection structure is the discontinuous, dislocated and overlapped phenomena of "T2" event. The reflection structure is not considered to be the response of progradtion but as that of the "T2" fault system.The "T2" faults are growth faults, with a small scale and steeper dip, trending to NNW mostly which occur predominantly in the sites of basement fault structural bend zone and basement uplift. The formation of "T2" fault system is due to the deformation of overlaying formation caused by shearing tensile movement of the pre-existing NNE trending faults during the NEE-SWW trending stretched rifting of Qingshankou age.

“T2”地震反射层面是泉头组顶面或青山口组底面,“T2”反射结构是指其同相轴不连续且错迭的现象。这种反射结构不是前积成因,而是“T2”断层系的反映。“T2”断层为生长断层,走向多为NNW,规模小,倾角大,绝大多数发育在基底断裂带、构造转折带及基底凸起位置。“T2”断层的形成是在青山口期NEE—SWW向伸展裂陷过程中,先存NNE向断裂产生扭张运动,导致上覆层变形的结果。

Strain of cranial bones and mandible was studied during sagittal evenimpact on face, sagittal impact on mental protuberance and lateralimpact on parietal tuber on five embalmed human head-neck specimens.Eleven and fifteen rosette gauges were distributed on the skull for stra-in measurement with sagittal and lateral impact respectively. The resu-lts were as follows: ( 1 ) For the sagittal eren impact on face, the imp-act force on the skull transferred backward along sagittal suture of thefrontal bone, through...

Strain of cranial bones and mandible was studied during sagittal evenimpact on face, sagittal impact on mental protuberance and lateralimpact on parietal tuber on five embalmed human head-neck specimens.Eleven and fifteen rosette gauges were distributed on the skull for stra-in measurement with sagittal and lateral impact respectively. The resu-lts were as follows: ( 1 ) For the sagittal eren impact on face, the imp-act force on the skull transferred backward along sagittal suture of thefrontal bone, through the temporal bones horizentally and through themaxilla and mandible along the base of the skull, Although the strainof the skull was relatively small, the motion of head and neck mightcause injury of the brain and cervical spine. (2)For sagittal impact onmental protuberance, the impact force transferred through the mandibleto both sides of the temporal bones,and then to the other cranial bones.The strain on the mandible was the highest, and higher on the tem-poral bone. (3)Por lateral impact on the parietal tuber, the impact for-ce transferred radially all around, and declined quickly. At inner andouter bending zone, the tensile strain on the outer plate was high, andhigher than the compression strain. ( 4 ) The strain on the skull duringsagittal impact was lower than that during lateral impact. Larger strainon the pterion and temporal bone mighl induce a hematoma of themiddle meningeal artery.(5 ) The response of the skull under high strainrate was viscoelastic.

在5例经防腐固定的尸体上研究了人体头部承受正面均匀冲击、正面下颏部冲击和侧向顶结节部冲击的颅骨应力分析。对于正面冲击的颅骨测量,根据颅骨的矢状面对称性,选择左侧脑颅骨,沿上矢状线、水平线和后囟布8枚应变花,在左侧下颌骨贴3枚应变花。侧向顶结节部冲击的颅骨测量采用以冲击点为圆心,在以2.5cm和5.0cm为半径的圆周线上均匀地分别布4枚和8枚应变花:并在额部、对侧翼点和后囟各置1枚应变花。将标本置于人体撞击试验机上,正向和侧向冲击力分别在1500N和3000N左右。颅骨的应变测量采用半桥式,另取标本进行相同测点的温度补偿。通过YD-21动态电阻变仪将颅骨应变和冲击力信号输入MS-1215数据采集系统,并存入计算机进行处理。实验结果表明:(1)头部承受正面均匀冲击,冲击力沿三个途径向后传播,即通过额骨沿上矢状线传播,通过两侧颞骨水平传播,通过上、下颌骨沿颅底向后传播。其中额结节、翼点和颞骨承受了较大的应变。(2)头部承受正面下颏部冲击,冲击力沿下颌骨传播至两侧颞骨,再分散到颅骨其他部位。下颌骨有最大应变,颞骨应变也较大,放下颌骨骨折一般应先于颅骨骨折。(3)头部承受侧向顶结节部冲击,其冲击力辐射状地均匀四周散布?

 
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