片语

baryon chemical potential重子化学势

chemical potential criterion化学势判据

chemical l potential化学势

stabilized chemical potential diagram化学势稳定性相图

formal chemical structure potential克式电势

Chemical adsorption potential化学吸附位能

chemical-potential gradients化学势能梯度

The Chemical Potential化学势

chemical potential energy化学位能

英汉例句

• there for, to define chemical potential for a droplet is unreasonable either in conception or in method.

  对定义「微小液滴的化学势」提出异议，认为它在概念和作法上都不成立。

• a equal to the chemical potential of a in the liquid phase.

  在气相的化学势必须，the，chemical，potential，of，a，in，the，gas，phase，has，to，be,等于a在液相的化学势。

• the chemical potential has to be equal outside and inside the container.

  容器内外的化学势,必须相等。

• the chemical potential from the fundamental equation up here is the derivative of a with respect to the number of particles.

  化学势，从基本方程上说,就是a对n的偏导,因此对a取n偏导,因此化学势也能,用正则配分函数表示。

• now, what do we know about the chemical potential in both parts?

  我们现在怎么知道,这两边的化学势？

• so here「s the chemical potential at point beta.

  这就是β点的化学势。

• and we」re going to have to write chemical potential for a species, a, let「s say, which is in solution.

  我们需要写出,物质a的化学势。

• we」ll equate chemical potentials and we「ll look at the change in the chemical potential in the water, and the presence of the sugar and we」ll do it rigorously.

  我们让化学势相等，然后考察,当水中存在糖的时候，水化学势的变化，这可以严格做到。

• at equilibrium, in terms of the chemical potentials, i know that the chemical potential of the mixture, a mu a in the mixture, p temperature under pressure p total.

  在平衡态时，考虑化学势，我们知道混合物的化学势，混合物的μ,温度，总的。

• that it「s equal to the chemical potential rtlogp at one bar for an ideal gas plus rt log p.

  等于对于理想气体一巴时的,化学势加上。

• is equal to the chemical potential of the pure system, same temperature under pressure is p sub a on that side.

  等于纯凈物时系统的化学势，在同样的温度,压强pa下。

• we」re going to start with the chemical potential equal of the liquid phase is equal to the chemical potential of the gas phase. for the solvent at equilibrium.

  开始处理,液相化学势,等于气相化学势,溶剂处于平衡态。

• now if we look at raoult「s law, it」s straightforward to say what is the chemical potential for each of the substances in the liquid and the gas phase. of course, it has to be equal.

  如果我看看拉乌尔定律，很直接地就知道,液体和气体中,每一种物质的化学势，当然，它们必须相等。

• but really, it「s a chemical potential idea.

  但事实上，这是一个化学势的概念。

• the model is used to calculate the chemical potential of water.

  应用氢键缔合模型计算了水溶液中水的化学位。

• so it」s going to be the chemical potential of the pure material.

  所以他的化学势,等于纯物质的化学势。

• and now we know how to calculate the chemical potential in the gas phase.

  可以考虑固体升华过程,我们已经知道如何计算,气相中的化学势。

• we know that in all cases at the same pressure, the chemical potential of the mixture is lower than the chemical potential of the pure liquid. what「s going to happen?

  我们知道在同等压强的所以情况下，混合物的化学势,比纯液体的,化学势低，将会发生什么？

• because what」s happening is that if these things are at the same pressure, you know that the chemical potential of a is going to be lower in the mixture.

  因为如果所有的东西的压强,都一样的话，混合物中a物质的,化学势要小一些。

• just from starting from our understanding of what the chemical potential does even in a simple ideal mixture.

  从对化学势,在简单理想,混合里的行为的理解开始。

• we learned that the chemical potential for a species is the gibbs free energy for that species divided by the number of moles, this is gibbs free energy per mole.

  化学势等于吉布斯自由,能除以摩尔数,也就是每摩尔的，吉布斯自由能。

• in other words, the difference in the chemical potential is, this changes as a function of pressure.

  换句话说,化学势之差等于，这个差值随着压强的变化。

• subtract a little bit of chemical potential from the reactants.

  减去一点反应物的,化学势。