horizontal cylinder造句

• The machine adopts horizontal cylinder structure , its structure reasonable
  本机采用卧式圆筒构造，结构合理。
• An experimental study of wave - resistance of a horizontal cylinder in internal waves
  内波场中水平桩柱波阻的实验研究
• Experimental study of the characteristics of the flow around a horizontal cylinder at various gap - ratios
  各种间隙比下水平圆柱绕流特性的实验研究
• Formulas of inversion and cosine transform spectrum of gravity anomaly of sphere , infinite horizontal cylinder , infinite and finite stretched staircase were deduced
  推导出球体、无限长水平圆柱体、无限和有限延伸垂直台阶的重力异常余弦变换谱及反演表达式。
• The cosine transform spectrum of sphere are about the same as that of infinite horizontal cylinder , and that of infinite stretched staircase are very sharp , but that of finite stretched staircase presents well - regulated leap
  球体与无限长水平圆柱体的余弦变换谱相似，无限延伸垂直台阶的变化很尖锐，有限台阶的表现为上、下有规律的跳跃。
• From the experimental results it can be seen that as the frequencies are kept unchanged , the horizontal resistance of the horizontal cylinder exerted by the internal waves increases with increasing amplitude of the internal waves , and its magnitude depends on the stratification
  实验结果表明，当内波的频率不变时，水平桩柱所受到的阻力随着内波的振幅增加而增加，它的量值与分层有关。
• The interaction between internal waves and a horizontal cylinder is studied by using a laboratory experiment , the focus being the dependence of the factors of the internal waves on the resistance of the horizontal cylinder induced by the internal wave
  摘要分析水平阻力与内波波要素的关系，采用实验室实验的方法，研究了水平桩柱与内波的相互作用，焦点是研究内波波要素与波阻之间的关系。
• This paper founds mathematical model of twin - floater ocean wave generate electricity device , and analyzes primary parameters on the base of mathematical model for searching the optimal solution during designing this electricity device . it presents the method calculating the ocean wave forces on the several ideal floaters such as cube , vertical cylinder , horizontal cylinder , sphere by the theory that froude - krylow presupposition calculates a big diving body
  在研究浮子几何形状与浮子所受波浪力的关系的过程中，本文利用弗汝德-克雷洛夫假定法计算大尺度潜体上的波浪力的思想理论来推导作用在几种常见理想浮体：长方体、垂直圆柱体、水平圆柱体和球体上的垂直波浪力。