So in other words, if I say what's the partial pressure of CS2, well, since it's not the simple ideal case, actually I don't know what it is in general.
那么换句话说，如果我说CS2的分压是什么，由于它不是简单的理想情况，事实上我不知道它通常是什么。
And since both partial pressures are bigger, the total pressure has to be bigger.
由于两个分压都变大了，总体的压强也要变大。
So all the, both of the partial pressures and the total pressure are going to go lower than indicated here.
那么所有的，两个分压，和总压强会比，这里指示的低。
Tells you the pressure of, the total pressure, or partial pressure at coexistence and the composition.
告诉我们总压强，共存曲线上分压和组分比。
If you look at it from partial pressure perspective.
如果从分压的角度来看。
And I'm going to ask, after I reach equilibrium, what is the partial pressure of nitrogen hydrogen and ammonia?
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 the increase in pressure from the membrane sort of deforming and pushing back, is going to increase until the partial pressure of a, here, equals the pressure of a here.
由于薄膜变形和弹回，导致的压强上升，将一直上升直道这边的A的压强，等于这边的A的压强。
That is, if we take the derivative G of delta G of mixing the partial derivative with respect to pressure, at constant temperature, of course, there's no explicit pressure dependence.
就是说，如果我们对,混合物的△,对压强求导，温度不变，当然，不是对压强的显函数。
So it's partial pressure over its pure liquid.
所以这是纯液态上的分压。
Trying to see how the partial pressure of a changes with the total pressure.
现在看看分压如何，随着总压强变化。
It's partial pressure in the gas phase.
这是气相中的分压。
At equilibrium, I know that the partial pressure of a on that side here has to be equal to the pressure of a here.
平衡态时，我们知道，这边A的分压强，等于这边A的分压。
This is the partial pressure of A.
是A物质的分压。
PA Some partial pressure, p sub A, temperature T.
在温度T下的分压为。
At equilibrium, the partial pressure of a here has to be the same as the pressure on this side here.
在平衡时，这边A的分压，等于这边的压强。
Such that the sum of the partial pressure of the inert gas, plus the partial pressure of A, is the total pressure. One bar, in our case.
总压强P等于惰性气体的分压，与A物质的蒸汽压之和，在我们的例子中总压强是一个大气压。
This looks just like the ideal gas, where the concentration replaces the partial pressure.
就像理想气体一样浓度，代替分压。
I'm going to have the total pressure is going to be the partial pressure of the water.
我先考虑总压强，等于水的蒸汽压的情况。
Mattson thinks partial fasting has numerous benefits, from improving glucose regulation, which can protect against diabetes, to also lowering blood pressure.
Mattson认为部分禁食时候很多益处的，通过调节葡萄糖的节律能够防治糖尿病、降低血压。
Both the increased concentration and the partial pressure of oxygen increase oxygenation of the whole body.
两个浓度和局部压力增加氧的含氧量增加的全身。
Pumps do not actually suck ; rather , pumps create a partial vacuum into which atmospheric pressure pushes water via the suction pipework.
水泵并不是实际的吸：更确切的说，水泵产生非完全的真空，然后大气压力将水通过吸管推进水泵中。
Spherical pellet shape also makes a positive contribution during the drying process which functions due to the differential partial pressure of the water vapor between the pellets and the drying gas.
这种球形颗粒形状在加工过程中也起到积极作用，其功能体现水蒸气在球形颗粒和干气之间具有不均匀压力。
Nitrogen narcosis has everything to do with the partial pressure of nitrogen and has no relationship with the partial pressure of oxygen.
醉氮和氮气的局部压力有关而和氧气的局部压力无关。
The parametric study demonstrates that substantial hydrostatic pressure can be produced on the seal face with partial micro-pores.
研究表明在部分密封端面上加工微孔可有效增大端面静压。
Traditional acupoints are characteristic of high oxygen partial pressure and calcium ion concentration.
传统的针灸穴位具有高氧分压和高钙离子浓度特性。
Hence capnometry offers a continuous, non-invasive way to reflect the partial pressure of carbon dioxide in arterial blood, which is directly determined by alveolar ventilation.
因此，二氧化碳监测仪提供了一种连续的非侵袭性的反应动脉血二氧化碳分压的方法，二氧化碳分压直接由肺泡通气决定。
For a given media, and at a constant total pressure and temperature, the partial pressure of oxygen is proportional to oxygen mole fraction.
对一个给定的媒介，在恒定的总压和温度下，局部压力与氧的克分子数成比例。
The dynamic coefficients of tilting pad guide bearings are derived with the help of finite-elements using pressure parameters partial differentiation.
本文采用有限元法，利用压力参数法和偏导数法直接推求分块可倾瓦导轴承的动力特性系数。
The dynamic coefficients of tilting pad guide bearings are derived with the help of finite-elements using pressure parameters partial differentiation.
本文采用有限元法，利用压力参数法和偏导数法直接推求分块可倾瓦导轴承的动力特性系数。
应用推荐