压强的大小，每一相的分压是多少。
What the partial pressure are going to be in each of the phases.
就像理想气体一样浓度，代替分压。
This looks just like the ideal gas, where the concentration replaces the partial pressure.
等于产物的分压，和化学量的次方数。
And it's equal to the partial pressures of the products raised to their stoichiometry.
现在看看分压如何，随着总压强变化。
Trying to see how the partial pressure of a changes with the total pressure.
所以这是纯液态上的分压。
我们要在这里，得到分压。
Somehow we're going to have to get partial pressures in there.
如果从分压的角度来看。
在温度T下的分压为。
告诉我们总压强，共存曲线上分压和组分比。
Tells you the pressure of, the total pressure, or partial pressure at coexistence and the composition.
但是这个分压是总压强的函数。
在平衡时，这边A的分压，等于这边的压强。
At equilibrium, the partial pressure of a here has to be the same as the pressure on this side here.
每一个单独的分压。
我们使用浓度而不是分压，但是想法是一样的。
You use concentration instead of partial pressures, but pretty much all the ideas are the same.
分压由这些线给出。
这是气相中的分压。
由于两个分压都变大了，总体的压强也要变大。
And since both partial pressures are bigger, the total pressure has to be bigger.
水的分压会如何变化,在一个大气压，室温下。
Which way the partial pressure of the water should go under one bar pressure, room temperature.
是A物质的分压。
我们知道了怎样从化学势，得到分压，就写在这儿。
But we know now how to go from chemical potentials to partial pressures. It's written right here.
那么所有的，两个分压，和总压强会比，这里指示的低。
So all the, both of the partial pressures and the total pressure are going to go lower than indicated here.
这分压等于气相中b的摩尔分数，乘以总压强。
It's the molar fraction of B in the gas phase times the total pressure.
平衡态时，我们知道，这边A的分压强，等于这边A的分压。
At equilibrium, I know that the partial pressure of a on that side here has to be equal to the pressure of a here.
随着水蒸气分压的增大，样品的酸密度持续降低；
The higher the steam pressure, the lower the acidity density.
我想问，当达到平衡后，氮气，氢气和氨气的分压，分别是多少？
And I'm going to ask, after I reach equilibrium, what is the partial pressure of nitrogen hydrogen and ammonia?
降低气体氧化产物的分压将有助于降低氧化的转化温度。
Reducing the pressure of the gaseous product would help to lower the transition temperature of oxidation.
这些log的分压都来自于,化学势对μ零加RTlogp的展开。
These log partial pressures all come from expanding out the chemical potential as mu naught plus RT log p.
是呼吸中枢对血液中二氧化碳分压变化的反射性刺激发生障码。
Is the Respiratory center the carbon dioxide differential pressure change reflective stimulation occurs to the blood in bonds the code.
给出了以因瓦合金为材料的同轴电容分压器的原理和设计方法。
It gives the principle and method of design that coaxial capacitive voltage divider by the invar alloy.
分析了硬质容器内气体成分和分压的变化，袋式包装的体积变化和气体分压变化。
The change of the gases composition and pressure in rigid package and the change of the volume and pressure in flexible package were analyzed.
分析了硬质容器内气体成分和分压的变化，袋式包装的体积变化和气体分压变化。
The change of the gases composition and pressure in rigid package and the change of the volume and pressure in flexible package were analyzed.
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