孔的尺寸的英文

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• "孔"英文翻译    hole; opening; aperture
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "尺寸"英文翻译    measurement; dimensions; siz ...
• "按照…的尺寸做…" 英文翻译 :    make … to one's own measure
• "板的尺寸" 英文翻译 :    board dimensions; plate size
• "泵的尺寸" 英文翻译 :    pumsize
• "扁线的尺寸" 英文翻译 :    conductors for winding wires : dimensions of rectangular conductorss
• "柄的尺寸" 英文翻译 :    shank size
• "格子的尺寸" 英文翻译 :    size from
• "公制的尺寸" 英文翻译 :    metric size
• "精确的尺寸" 英文翻译 :    accurate to size; precise measurements
• "量得的尺寸" 英文翻译 :    measurement
• "某物的尺寸" 英文翻译 :    scantling
• "绳的尺寸" 英文翻译 :    size of rope
• "图标的尺寸" 英文翻译 :    icon size
• "臀部的尺寸" 英文翻译 :    one's hi measurement
• "臀围的尺寸" 英文翻译 :    measurement
• "圆线的尺寸" 英文翻译 :    conductors for winding wires : dimensions of round conductorss
• "正确的尺寸" 英文翻译 :    correct size
• "中等的尺寸" 英文翻译 :    moderate size
• "被连接的尺寸" 英文翻译 :    coupling dimension
• "加方框的尺寸" 英文翻译 :    dimension included in frame
• "修琢过的尺寸" 英文翻译 :    dre ed size; dre edsize; dressed size
• "钟表针的尺寸" 英文翻译 :    hand gauge
• "柱磁芯的尺寸" 英文翻译 :    dimensions of tubes pins and rods of ferromagnetic oxides

• By correctly sizing the cavity and aperture, the device can be made series resonant at any desired frequency .
  通过适当选择空腔和入口孔的尺寸，可保证在要求的频率下获得共振状态。
• Vugs and fractures are highly variable in size and in distribution
  岩穴与裂缝在孔的尺寸和孔分布上变化不一。
• Cotter pin hole dimensions
  开尾销孔的尺寸
• Punched paper cards for information processing ; dimensions and location of rectangular holes
  信息处理用穿孔纸型卡片.第2部分:矩形孔的尺寸和位置
• The size of these openings is according to the feature appearance of the final structure
  首先在硅衬底的掩膜上要开一组圆孔，圆孔的尺寸与最终的轮廓相对应。
• Microscopes . dimensions and positions of holes for stage clips and attachable mechanical stage on microscope stage
  显微镜.载物台装压簧和移动尺用孔的尺寸和位置
• From this information the volume of solder paste required can be calculated , which can in turn be used to design the aperture dimensions
  由锡膏的用量（锡膏的用量可以计算出） ，可反过来用来设计孔的尺寸。
• The position and size of the monochromator , focusing curvature radii and tilting angles of the germanium focusing monochromator under different different take - off angle , size and divergency of the second collimator and intensity loss due to the use of it were determined . the neutron flux at different wavelength , under different reflection and take - off angle of the monochromator and divergency of the first collimator , were given . the simulation on the aperture used for limiting beam size in front of the sample showed that , smaller the size of the aperture and further the distance from the aperture to the sample , greater the loss of the intensity and more serious the spread of the beam along vertical direction at the sample position which makes the practical sampling volume greater than expected
  用蒙特卡罗模拟方法对中子应力衍射谱仪的设计方案进行了优化研究，提出了一系列可供参考的数据：确定了单色器的位置、尺寸、垂直聚焦单色器在不同起飞角下的聚焦曲率半径和倾角；讨论了第二准直器的尺寸和发散，以及使用第二准直器造成的强度损失；给出了在不同单色器反射面、起飞角、中子波长和第一准直器发散度的情况下样品处的中子注量率，以及多种组合情况下谱仪的分辨率曲线；对限束方孔的尺寸、距离样品远近对强度损失和测量中的影响做了深入研究。
• Generally , the membrane thickness is much larger than the pore dimension . therefore , the resistance of the pore channel was the control resistance of the membrane diffusion process . while the existences of the stephen diffusion and pore interaction well explained the reason why the total membrane surface would be used as the interfacial area through where the mass transport took place
  尽管由于膜的厚度比孔的尺寸要大很多， stephen扩散以及孔之间的相互作用对通过膜的总扩散阻力影响很小，但它们存在的结果是使整个膜表面的气体浓度趋于一致。
• The main context of this paper is improving the precision of the disseminator . through analyzing the motion and construction parameter , making sure of the factor of working property , the motion equations of seed were established , and then the mathematical patter of main parameters were established . using of vb , we compiled procedure to simulate the motion of seed in the working process , finding the main factor that affect on the working property of the disseminator , then optimal designing of parameters of the device was laid
  通过对排种轮的充种极限速度、清种始角、护种始角、排种器的投种口尺寸、型孔的尺寸等运动参数和结构参数进行分析，总体了解排种器结构参数和运动参数对其工作性能的影响，建立种子的运动方程，进而建立各主要参数(充种速度、清种角、护种角等)的数学模型，运用计算机辅助分析( caa )方法，通过visualbasic编制程序，对排种器工作过程中种子的运动进行动态模拟，找出影响排种器工作性能的主要因素，并对其参数进行优化，为合理地优化设计奠定了基础。