bed thickness造句

• Exaggerated sections distort the shapes of folds as well as bed thickness .
  比例放大的剖面歪曲褶皱的形态和岩层厚度。
• Curves in actual production , such as hole diameter , bed thickness , mud invasion , shale content , electrofiltration potential , etc . are analyzed . correspondent calibrating methods are proposed
  对影响自然电位曲线的各种因素井径层厚泥浆侵入泥质含量过滤电位等进行了分析，并对其影响因素提出了校正方法。
• Downhole temperature profiles have been simulated under different conditions of fluid output , production time , off production time , formation parameters , geothermal gradient , bed thickness , welibore radius and so on , and simulation results are analyzed and discussed
  本文模拟了产液量、生产时间、停产时间、地层参数、地温梯度、层厚及井筒半径等不同条件下的井下温度场分布，并对模拟结果进行了分析和讨论。
• Through analyzing bed ' s response to wave , in the condition that super - stratum is more hard and second - stratum is more soft in region of interest , super static interstitial hydraulic pressure amplitude die away rapidly between stratums , before in sight of boundary between hard and soft stratum , plane effective pressure increase to max . shear stress reach peak value when bed thickness is approximately 2 . 7 meters , then it will decrease to the minimum on the place where the flexible soil has a common boundary with the rigidity , so the boundary is the most destroy plane on engineering . on the basis of reconnaissance in situ , in normal situation of sea , the structure slides to the basin along the boundary
  通过对底床在波浪下的响应分析，对于研究区底床上层较硬而第二层较软的情况，超静孔隙水压力幅值在层间交界处迅速衰减，在临近硬、软地层交界处前，水平有效应力增至最大，剪切应力在底床厚度大约2 . 7米左右达到峰值，然后减小，到硬、软层土交界位置，达到最小，因此这个界面就是最容易发生破坏的工程软弱面，现场勘查证明，即使在正常海况下，构筑物也会沿坡以此交界面为滑动面，缓慢向“盆”底滑动。
• The experiments show that the main origins of causing the oil and water zones complicated in the study area on the one hand is pore structure , fine particle size and shale content high , resulting in saturation of irreducible water of the reservoirs varying greatly , on the other hand is mud invasion influence , resulting in the reservoir receptivity decreasing , and the third is the thin bed is restricted by logging resolution , resulting in measure value influenced by the bed thickness
  研究得出，研究区复杂油水层主要成因一是储层孔隙结构复杂，岩性细，泥质含量高，导致储层束缚水饱和度变化大；二是泥浆侵入影响，导致油层电阻率降低；三是薄层受测井分辨能力的限制，其测量值受层厚影响。