所以能够利用G写出任意一个热力学函数。
测算和讨论了甘氨酸和吡哆醛结合反应的热力学函数。
The thermodynamic functions of the reaction of glycine with pyridoxal were measured and discussed.
同时给出了气相c84 (D2)的标准热力学函数。
The standard thermodynamic function of gaseous C84 (D2) is also reported here.
化学热力学函数的计算是学习物理化学的重点和难点。
The calculation of chemical thermodynamics function is both the key point and a difficult problem in the study of physical chemistry.
分析表明过量热力学函数与结合常数K存在较好的相关性。
The relationship between excess thermodynamic function and the binding constant K was suggested.
的热容，熵，升华焓等热力学函数，并与实验值进行了比较。
The standard heat capacity, entropy, sublimation enthalpy of graphite.
通过多年教学实践，归纳出热力学函数间基本关系式的图示法。
Based on pedagogical experience, a scheme of diagrammatic representation of fundamental dependent equations relating thermodynamic functions is suggested.
进而计算了该反应的热力学函数和动力学性质，并进行了讨论。
The thermodynamic and kinetic properties of the synthetic reaction are calculated and discussed.
本文全面介绍了四类物质系统中标准态热力学函数的GB定义。
The GB definitions of thermodynamic function's standard states in 4 kinds of materials are introduced overall.
由此给出了晶体、玻璃和液体的热力学函数和玻璃转变的激活能。
The thermodynamic functions of glass and liquid and the activation energy of glass transformation are determined by the above method.
本文试图在此基础上，综合地介绍表示几个热力学函数间关系的图解法。
On this basis the graphic method of relations among functions of thermodynamics is comprehensively introduced in this paper.
手工方法处理电动势法测热力学函数的实验数据，很难得到满意的结果。
Manual disposal of the experimental data of the thermodynamic function measured with electromotive force can hardly achieve a satisfactory result.
吉布斯自由能作为基本热力学函数，在农业和生物学中有着重要的应用。
The Gibbs free energy has very important application in agriculture and biology.
吸水剂的添加不改变反应的热力学函数及反应机理，而仅使反应平衡右移。
The thermodynamics functions and the mechanism of the reaction are not varied by the addition of water absorbant. However the reaction equilibrium can be shifted toward the right side.
为了对合成氨系统进行热力学分析，首先需要知道含氨混合气的热力学函数值。
In order to make a thermodynamic analysis for an ammonia synthetic system, the functional values of the thermodynamics of gas mixture with ammonia must be given first.
根据铁水预脱硫反应的热力学函数和脱硫反应速率，分析了有利于铁水预脱硫的条件。
Based on thermodynamic function of hot metal predesulphurizing reaction and desulphurizing reaction rate, the conditions beneficial to hot metal predesulphurization was analyzed.
同时计算得到了离子对缔合过程的热力学函数，指出形成该离子对的推动力是缔合熵。
The results show that the driving force for the ion association reaction is association entropy.
他把热力学函数定律拿来应用到历史上，证明人类在不断地无可挽回地浪费他们的精力。
He lit upon the law of entropy, and fitted it to history to prove that human energy was being constantly and irrecoverably dissipated.
配分函数，也称状态和函数。对于热力学函数的获得及在分布函数的导出中拌演着重要角色。
The partition function, also called the sum over states, It plays an important role in the evaluation of thermodynamic functions and in the derivation of distribution functions.
由此可使理想量子气体的热力学函数表示成统一的简洁形式，并进一步揭示了热波长的物理内涵。
It makes the thermodynamic functions of an ideal quantum gas may be expressed in a unified compact form, and the physical connotation of the thermal wavelength is revealed further.
并从色谱热力学函数分析了保留指数随温度变化规律的主要原因是由于在色谱分离过程中不同的熵变和焓变所造成的。
The changing law of retention index with temperature from chromatographic thermal function resulted from the variation of the different entropy and enthalpy during the chromatographic separation.
第二章由基本定律得出了各热力学函数之间的普遍关系式，它们与物态方程相结合，成为确定物质平衡态性质的依据。
In chapter two, some fundamental equations of thermodynamic functions are obtained which become criterions of equilibrium along with the state equations.
利用现行标准的统计力学方法推导出中间统计的巨配分函数，得到了服从中间统计的理想自由粒子模型的热力学函数。
The grand partition function of intermediate statistics with a standard method is derived to calculate the thermodynamic properties of an ideal free-particle model.
测定了D 2 96 R强碱性阴离子交换树脂对氰化物的吸附速率常数，绘制了吸附等温线，并推导出吸附过程的热力学函数。
The adsorption rate of cyanide on D296R alkaline anion exchange resin was measured, the adsorption isotherm drawn and the thermodynamic function of the adsorption process deduced.
测定了D 2 96 R强碱性阴离子交换树脂对氰化物的吸附速率常数，绘制了吸附等温线，并推导出吸附过程的热力学函数。
The adsorption rate of cyanide on D296R alkaline anion exchange resin was measured, the adsorption isotherm drawn and the thermodynamic function of the adsorption process deduced.
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