下边界的英文

• lower boundary

• "界"英文翻译    boundary
• "板块下边界" 英文翻译 :    subplate boundary
• "水下边界" 英文翻译 :    submerged margin
• "下边带" 英文翻译 :    down-sideband; low side band; lower side band; lsb lower sideband; lssb ( lower single side band )
• "下边距" 英文翻译 :    bottom margin
• "下边缘" 英文翻译 :    lower edge; lower limb
• "在下边" 英文翻译 :    underneath
• "边下边看" 英文翻译 :    funshion
• "第一下边带" 英文翻译 :    first lower sideband
• "下边带特性" 英文翻译 :    lower side-band characteristic
• "下边缘板" 英文翻译 :    inframarginal
• "下边缘浇口" 英文翻译 :    bottom edge gate
• "下边缘下缘" 英文翻译 :    lower limb
• "限下边缘" 英文翻译 :    subliminal fringe
• "向下边地" 英文翻译 :    catadromically
• "与下边带" 英文翻译 :    lsb
• "阈下边缘" 英文翻译 :    subliminal fringe
• "a边界" 英文翻译 :    a-margin
• "边界" 英文翻译 :    boundary; frontier; border; borderline; edge range line; periphery 标定边界 demarcate boundaries; 划定边界 delimit boundaries; 驻守边界 garrison the border; 越过边界 cross a boundary; cross the border
• "下边带外差法" 英文翻译 :    lower heterodyne
• "下边观测高度" 英文翻译 :    observed altitude of lower limb; observed altitude of lowerlimb
• "色度信号下边带" 英文翻译 :    lower chroma sideband
• "图片下边附有说明" 英文翻译 :    there is a caption under the picture
• "下边带上变频器" 英文翻译 :    lower-side-band upconverter
• "下边是上述3个术语" 英文翻译 :    audio file audio clip audio event

• To the extent that it is real , the interaction with the lower boundary seems a good candidate to explain the high persistence of the system
  如果这一结果可靠的话，那么这一系统与下边界的相互作用似乎可看作解释它长时间继续存在的可靠原因。
• ( 2 ) increasing of wind is mainly induced by shf and affecting of lhf is very little . ( 3 ) effect of terrain increases ground rough and tonsure of terrain press and fiction correspond enhance frictional damp effect
  ( 3 )地形作用相当于增加了地面粗糙度，地形压力梯度项与摩擦项地叠加，相当于使摩擦阻尼作用增大，地形强迫作用使下边界层从上至下风速减小，风向向左偏转。
• It supposed that the circle of sliding surface run through the foot of slide . the factor of safety is transmitted to the function of x coordinate of the intersection point of the tangent at the scrap of the circle and x axis . so , the two - dimension area of searching is changed to one - dimension
  该方法先固定潜在滑动圆弧的上、下边界点，利用滑弧后缘处的切线与x坐标轴交点的位置确定了滑弧的曲率，将二维搜索面域简化为一维搜索线域，搜索的上、下限有严格的界定，不存在漏点问题。
• The micro boundary layer experiment is carried out from 8mm to 14mm of a 15mm - long micro plane . re numbers vary from 35 , 000 to 150 , 000 and 4 different mach numbers are selected . some new characters are discovered , such as velocity curve factor is smaller than that of well developed normal scale turbulence boundary layer
  微尺度平板边界层实验选取从总长度为15mm的微平板前缘8mm到14mm之间的7个站位, 4种马赫数, 13个不同雷诺数(从35000到150000 )的实验状态,发现了该尺度下边界层流动的一些新的特点,如形状因子比常规大尺寸下充分发展湍流状态的形状因子更小等。
• In order to solute the problem of diffluence mouth ' s uppityness in the underneath boundary in physics model , the dissertation adopts numerical model to calculate the area from zhuqi to baiyantan , and offer the physics model and the water level of wenshanli and kegong and the diffluence rate . at the same time , the dissertation compare the result between physics model and numerical model in different project
  为了解决物模下边界分流口不易控制问题，本文同时采用数学模型进行更大范围即竹岐至白岩潭计算，将文山里、科贡水位、分流比提供给物理模型。同时，将方案计算结果与物理模型相互验证。
• The main work includes : based on biot ' s dynamic consolidation equations , by the method of integral transform and matrix transfer , two - dimensional consolidation of layered saturated soils is studied . then , the general integral solutions of stress ( including pore pressure ) and displacement ( including fluid flow ) of any point were obtained under harmonic vibration loads according to staunch boundary condition . second , a program to verify the correctness of this dissertation is developed
  主要工作有：本文根据biot平面动力固结方程，运用积分变换和矩阵传递的方法，研究了成层饱和地基的二维biot固结问题，根据下边界为不透水基岩的边界条件，获得了地基表面作用简谐振动荷载时，任意点应力(包括孔压) 、位移(包括流体流量)的一般积分形式解。
• Based on the review of recent advances in surveying and controlling techniques of river models , described in this paper is a new controlling technique , which makes use of a two - way axial - flow pump and a immersion pump to control the up - boundary condition of discharge and the down - boundary condition of water level respectively , with the tidal model of the huangpu river estuary as an example
  在对河工模型量测与控制技术进行回顾的基础上，以黄浦江河口潮汐河工物理模型为例，介绍了潮流河段上边界采用轴流泵进行双向流量控制、下边界采用潜水泵进行水位控制的新技术。