和我们刚刚做的化学平衡的例子。
得到了相平衡常数和化学平衡。
但我们现在在做化学平衡，能量零点在这里。
But since we're doing chemical equilibria, the zero of energy is up here.
现在我们已经有了，讨论化学平衡的所有工具。
So now we have all the tools we need to look at chemical equilibrium.
现在要做的另一个例子，与化学平衡有点不同。
But the one other example I want to work through is a little bit different from chemical equilibria.
元素势方法主要用来计算化学平衡问题。
The element potential method is mainly used to calculate chemical equilibrium.
元素势方法主要用来计算化学平衡问题。
Element potential program can be used on the PC micro computer to calculate chemical equilibrium very easily.
使你的身体在正负力量之间保持化学平衡。
Keep your body chemistry well-balanced between negative and positive forces.
我们就要开始讨论化学平衡，推导相平衡在什么位置？
we'll start in on discussing chemical equilibrium, does deriving where they lie phase equilibrium?
化学平衡。
人体衰老的时钟可以通过改变这种化学平衡予以重新设置。
By changing that chemical balance, the clock of aging can be reset.
同时，根据这种知识，还能够很精确地在理论上预言化学平衡。
Also, on the basis of this knowledge, chemical equilibria can be predicted theoretically with great accuracy.
燃烧过程和高温气体热力过程的计算需要求解燃气的化学平衡成分。
It is necessary to determine chemical equilibrium compositions for the calculation of combustion and thermodynamic processes of high temperature gases in various devices.
本文简要叙述计算机在分析化学、化学平衡、化学教学等方面的应用。
This paper briefly reports the application of computers in analytical chemistry, chemical equilibrium and chemistry teaching etc.
基于物料平衡、能量平衡和化学平衡分析，建立了一种气化数学模型。
Based on material balance, energy balance and chemical equilibrium, the mathematic model of gasification has been established.
建立了一种基于物料平衡、能量平衡和化学平衡分析的气化数学模型。
Based on material balance, energy balance and chemical equilibrium a mathematical model of high temperature air gasification was established.
如果我们知道，了关于所有参与，反应的化学物质的，我们就能够计算出化学平衡。
And if we know G for all the species G involved in a chemical reaction, we should be able to calculate the chemical equilibrium.
实验发现反应(分离)温度是影响酯化反应化学平衡移动的最重要因素。
It was founded from experimentally that the reaction temperature is the most important parameter determining the shift of esterification equilibrium.
实验发现反应(分离)温度是影响酯化反应化学平衡移动的最重要因素。
It was founded from experimentally that the reaction temperature is the most important parameter determining the shift...
化学平衡是中学化学三大基础理论之一，也是教师教学和学生学习中的难点。
Chemical equilibrium is one of the basic theories in middle school, and itis also a difficulty in teachers' instruction as well as students' learning.
选用合适的热力学模型，对合成气直接合成二甲醚的反应进行了化学平衡分析。
Chemical equilibrium in direct synthesis of dimethyl ether from syngas was calculated and analyzed by using an appropriate thermodynamic model.
采用反应蒙特卡罗(RCMC)方法模拟了狭缝孔内水煤气变换反应的化学平衡。
The equilibrium of the water gas shift reaction in slit pores has been simulated by the Reactive Canonical Monte Carlo (RCMC) method.
本文提出了相平衡和化学平衡同时存在的多相复杂可逆反应的反应精馏计算方法。
The simulation of reactive distillation processes with simultaneous equilibrium chemical reactions in a plate column was developed.
提出了催化裂化汽油中己烯-1为代表的异构化和芳构化偶合反应的化学平衡模型。
The change of adiabatic temperature was small during coupling isomerization with aromatization of hexene-1, because both re.
如果你想计算液相，和气相的化学平衡，当然，你们知道化学平衡，反应的量决定于组分的比例。
Also if you want to calculate chemical equilibria in the liquid and gas phase, of course, now you've seen chemical equilibrium, so the amount of reaction depends on the composition.
沃尔纳德斯基的看法非常接近洛夫洛克的感悟，即地球的生物圈显现了一 个超越化学平衡的规则。
Vernadsky came very close to Lovelock's epiphany that the Earth's biosphere exhibits a regulation beyond chemical equilibrium.
首先引入了元素的分布方程，然后根据化学平衡的热力计算方法求解每一位置的组分及温度。
The method is a numerical solution of multi-component chemical equilibrium flows with the elements distributing equations and thermodynamic calculation of chemical equilibrium.
其中介绍了化学平衡程序REDEQL_2应用于天然水体酸化缓冲容量研究的作用和方法。
The paper recommends REDEQL-2 Chemical Equilibrium Program to being applied to acidified water on estimating buffer capacity. Therefor , the function and procedure in this scope are describe.
然后讨论如何用计算机处理的化学平衡模式估计和预测水体的缓冲容量以及对酸沉降的敏感性。
Then how to use a computerized chemical equilibrium model to estimate and predict buffer capacity and susceptibility to acid precipitation of water systems are discussed.
然后讨论如何用计算机处理的化学平衡模式估计和预测水体的缓冲容量以及对酸沉降的敏感性。
Then how to use a computerized chemical equilibrium model to estimate and predict buffer capacity and susceptibility to acid precipitation of water systems are discussed.
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