1.
Analysis of Air Pressure Pulses in Meeting of CRH2 EMU Trains
CRH2型动车组列车交会空气压力波试验分析
2.
The third scheme,whose streamline frontal shape is shuttle shape,with lowest air pressure pulse and aerodynamic drag,was selected as the optimization scheme.
最优方案为列车交会压力波和空气阻力均较小、流线型头部为扁梭形的方案三。
3.
Air pressure is measured by a barometer.
空气压力用气压计度量。
4.
Clinical Research in Treating Chronic Lymphedema by Air Pressure Wave Therapy
慢性淋巴水肿空气波压力治疗的临床研究
5.
Feasibility and pressure dynamics of novel system for generating high temperature air
新型高温空气产生系统压力波动与可行性分析
6.
A high vacuum in the fuel tank can cause atmospheric pressure to collapse the tank.
燃油箱内的高真空，会引起大气压力压塌油箱。
7.
Two-dimensional acrylic/air sonic band structure with square lattice is considered in the numerical example.
本文以平面波展开法分析压克力?空气声子晶体声波全频沟之现象。
8.
The Numerical and Experimental Investigation on Crossing Air Pressure Pulse by Passing High-speed Trains;
高速列车交会压力波数值模拟计算与测试研究
9.
Bourdon and Schaffer pressure vacum gauge
波登-舍费尔压力-真空表
10.
air at a pressure greater than that of the atmosphere.
承受的压力比大气压力大的空气。
11.
The tyres would burst if they did not have the pressure of the atmosphere against the surface.
如果没有空气对轮胎表面的压力，轮胎就会爆裂。
12.
Under a constant atmospheric pressure, why decrease in air temperature will lead to decrease in water vapour holding capacity, and thus, increasing its relative himidity(RH)?
为甚麽在空气压力不变情况下,气温下降会使空气盛载水气的能力下降?
13.
maintained at a certain atmospheric pressure.
保持特定的空气压力。
14.
The air has pressure early to know.
空气有压力早就知道。
15.
governor air signal pressure
调速器空气信号压力
16.
Air pressure forces the water through the pipe.
空气压力使水通过管道.
17.
aerodynamic wave drag
【航空】超音速飞机的空气震波阻力
18.
As gas enters such spaces and rapidly comes to a higher pressure, shock waves may be dissipated on material surfaces in a very short time.
当气体进入这样的空间并迅速地接触到更高的压力时，冲击波会在非常短的时间内消耗在材料表面。