The temperature remained constant while pressure was a variable in the experiment.
做这实验时温度保持不变，但压力可变。
It relates the pressure, volume, and temperature together.
它把压强、体积、温度联系在一起。
So that's for the pure liquid at that temperature and pressure.
那是对于在这样的,温度和压强下的纯液体。
The same conditions of pressure and temperature.
在同样的压强和温度条件下。
Where you measure the pressure, the vapor pressure, as a function of temperature.
在实验中你可以测量蒸汽压，作为温度的函数。
These come from surface temperature and pressure records as well as balloon and satellite surveys.
这些观测由地表温度和气压记录以及气球、卫星观测组成。
The triple point temperature, triple point pressure.
这是三相点温度，这是三相点气压。
Stays a gas, but now the pressure is less, the temperature is less.
它仍然是气态但现在压强变小了，温度降低了。
There's other volume, temperature and pressure here, corresponding to this system here.
温度等状态函数有本质区别，这个状态有一组，确定的体积，温度与压强。
And so, again, we see a temperature increase, and we know the work, and the temperature increase, it's a constant pressure thing.
好，我们看到温度升高了，然后我们有做功量和温度的升高量，这是一个恒定压力下的值。
That's because it won't be at the same temperature and pressure any more.
那是因为它不会，再处于同样的温度和压强下。
The density of air varies directly as pressure, with temperature being constant.
温度不变，空气的密度和压力成正比。
For instance, the pressure and the temperature, or the volume and the pressure.
比如压强和温度，或体积和压强。
The temperature at which water will boil is dependent upon the pressure.
水沸腾时的温度取决于压力。
Which way the partial pressure of the water should go under one bar pressure, room temperature.
水的分压会如何变化,在一个大气压，室温下。
PA Some partial pressure, p sub A, temperature T.
在温度T下的分压为。
Which are the temperature and the pressure.
温度和压强。
To write mu A star liquid temperature and pressure.
去写μA星液体，温度和压强。
Because they figured how to do this at high pressure and high temperature.
因为他们了解了，怎样在高压高温下进行这个反应。
At room temperature and one bar pressure.
在室温和一个大气压下。
The temperature and pressure, and that's enough to tell us everything.
温度和压强，足够告诉我们很多。
And what's the temperature and the pressure.
还有温度和压强。
As pressure and temperature change, the properties of all materials change.
随着温度和压力的变化，所有材料的性质也变化。
This is due to the difference between the pressure and the temperature in the car engine system.
这是由于不同的压力和温度之间在汽车发动机系统。
FRONT - boundary between air masses of different temperature and pressure.
锋面—不同温度和压力的空气团间的边界。
Speed, flow rate, pressure, viscosity, and temperature.
速度，流量，压强，粘度和温度。
Please offer working pressure and working temperature of the ordered equipment.
订货请说明所订设备的工作压力，工作温度。
In a larger range of pressure and temperature can be completely sealed.
在较大的压力和温度范围内，能实现完全密封。
Float charging pressure values in different temperature should be revised.
浮充电压值在不同的温度时应进行修正。
Now in both Chambers is gas with the same pressure and temperature.
现在两院的气体以同样的压力和温度。
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