1.
STUDY ON THE CHANGE OF DAILY EVAPORATION RATE WITH STORAGE PRESSURE OF CRYOGENIC DEWAR
低温杜瓦日蒸发率随压力变化规律研究
2.
You can vary the pressure at will.
你可以随意变化压力。
3.
Temperature changes in relation to pressure.
温度随压力的变化而变化。
4.
The pressure changes each time the temperature is adjusted.
每当调节温度时压力也随之变化。
5.
capillary pressure history
毛细管压力随时间变化情况
6.
(2)The rule of the bore pressure with time;
(2)涌潮压力随时间的变化规律;
7.
Pressure varies directly with temperature and inversely with volume.
压力随温度成正比例变化, 与容积成反比例变化。
8.
2. The vapor pressure changes with the temperature, the pressure, and kind of liquid.
蒸汽压随着温度、压力和液体种类而变化。
9.
The pressure is monitored until no further variation with time is noted.
监测压力直到它不再随时间变化并记录下来。
10.
obtained the formed punch unit pressure distribution situation and how the pressure change with stroke;
得到了冲头的单位压力分布及冲头压力随行程的变化情况;
11.
change rate of capacitance with voltage
电容量随电压变化率
12.
"Pressure on the surface of an object changes with the depth of the object below the surface of the water. In other words, the farther down you go, the greater the pressure."
对一个物体表面的压力会随着该物体在水下深度的变化而变化。换言之,你越往下按,压力就越大。
13.
The result shows that adsorption-rate is consistent with desorption-rate, both increasing with pressure.
吸附速率与解吸速率随压力的变化曲线基本相同。
14.
Pressure on the surface of an object varies with the depth of the object below the surface of the water. In other words, the farther down you go, the greater the pressure.
物体表面的压力随该物体在水下的深度而变化。换句话说，越深压力越大。
15.
The increased pressure and temperature with depths as well as changed hydrological conditions will lead to changed mechanical properties.
随深度递增的压力和温度以及变化着的水文情况将会导致力学性质的改变。
16.
The dynamic performance of a ram air system will vary with Mach number and altitude and this tends to follow the aerodynamic characteristics of the missle.
像导弹空气动力特性一样，冲压空气式系统的动态特性随马赫数和高度的变化而变化。
17.
voltage variable brightness diode
随电压变化亮度的二极管
18.
According to the principle of time scale, the dynamic process of airflow pressure, temperature and shaft rotational speed are considered respectively.
根据部件动态特性的不同时间尺度,分别考虑气体的压力、温度以及转轴转速随时间的变化过程。