化学反应平衡

  • 网络Chemical Reaction Equilibrium;chemical equilibrium
化学反应平衡化学反应平衡
  1. 该模型适用于低pH值三元复合驱体系,忽略了微乳液相,同时采用了新的化学反应平衡模型。

    A new chemical reaction equilibrium model feasible for the ASP system with low pH value was adopted .

  2. Claus工艺复杂化学反应平衡计算的新方法-原子自由能贡献法

    A New Method for Computation of Complex Chemical Reaction Equilibrium of Claus Proces & The Atom Free Energy Contribution Method

  3. 多相多组分化学反应平衡和相平衡计算的遗传算法

    Calculation of multiphase and multicomponent chemical equilibrium using genetic algorithm

  4. 反应物粒度对化学反应平衡常数的影响

    Effect of the Particle Sizes of a Reactant on Its Reaction Equilibrium Constants

  5. 地球化学反应平衡模型的建模方法

    Approaches to geochemical reaction equilibrium modeling a shot across the earth 's bow

  6. 三元复合驱化学反应平衡模型及其应用

    A new chemical reaction equilibrium model in alkaline surfactant polymer flood and its application

  7. 化学反应平衡系统的热容计算

    Calculation of heat capacities for chemical equilibrium system

  8. 化学反应平衡常数及其相关问题的探讨

    Research on Balance Constant in Chemical Reaction

  9. 等温、等容化学反应平衡时平衡关系的讨论极为⑤腆、宽容等

    Discussion of equilibrium relations for chemical reactions in perfect gases at constant temperature and volume

  10. 化学反应平衡常数

    Chemical Reaction Equilibrium Constant

  11. 本文用基团贡献法计算了该反应体系的反应热、吉布斯自由能变化、化学反应平衡常数。

    The reaction heat , Gibbs free energy change and equilibrium constant of the reactions are calculated by methods of group contribution .

  12. 然后运用电子计算机(Apple-Ⅱ)对三个不同反应类型进行计算和作图,阐述了化学反应平衡点随反应条件的变化而移动的规律。

    Then the shifts of the equilibrium position for three different types of the chemical reaction was calculated by means of Apple - ⅱ computer .

  13. 酶天然存在与人类器官中以保持器官内的化学反应平衡,如人类的消化过程和机体消灭致病微生物——细菌的过程。

    Enzymes occur naturally in all living organisms to regulate their chemical processes , like digestion or the killing of disease-causing micro-organisms such as bacteria .

  14. 在点火具火焰的持续作用下,底排药剂反应表面建立起新的传热与化学反应平衡;

    Then with the action of the ignition device , a new balance of heat transfer and chemical reaction was built in the surface of the base bleed charge .

  15. 此课程主要讨论宏观系统的平衡态性质、础热力学、相与溶液中的化学反应平衡和化学反应速率。

    This subject deals primarily with equilibrium properties of macroscopic systems , basic thermodynamics , chemical equilibrium of reactions in gas and solution phase , and rates of chemical reactions .

  16. 本文从化学反应平衡观点出发,应用平衡常数的统计表达式,说明了阴极中毒与阴极发射物质化学反应内能的关系,解释了阴极中毒的实验曲线,进而得到测量反应内能的一个方法。

    This paper explains the experimental results of oxide cathode poisoning by the way of chemical kinetic reaction and chemical thermodynamics , and a method of measuring reaction energy is obtained .

  17. 最后,利用化学反应平衡方程讨论了α-C:H膜的沉积机理以及[H]基对生成膜结构的影响。

    Finally , the deposition mechanism of a-C : H films using the chemical equilibrium equation and the influence of [ H ] radical upon the structure of growing films are discussed .

  18. 论建国后30年农民利益获得机制的制衡与失衡等温、等容化学反应平衡时平衡关系的讨论

    On the Check and Balance of the Peasants Profit System in the First Thirty Years of New China ; Discussion of equilibrium relations for chemical reactions in perfect gases at constant temperature and volume

  19. 对2个指标从化学反应平衡角度进行阐述,进一步证明在合适的条件下,头孢霉18∶3(α)/18∶2的变化趋势和二十二碳六烯酸变化趋势一致;

    And it has been further proved that under suitable cultural condition , for Cephalosporium sp. the value of 18 ∶ 3 / 18 ∶ 2 changed the same trend as the docosahexaenoic acid ( DHA );

  20. 应用元素质量守恒方程和化学反应平衡方程,本文给出了迭代计算燃气成分分压的公式,计算程序简单明了,比采用浓度法计算更加方便。

    According to the element mass conservation equations and equilibrium equations for chemical reaction , the calculation formulae for calculating the partial pressure of com position of combustion products have been directly obtained for gas phase composition . The calculation procedure is simplified and is much easier than concentration method .

  21. 并通过参数寻优求出邻氨基苯酚的物理萃取分配常数m和表观化学反应萃取平衡常数K。

    Through the optimization of the parameters of the expression , the OAP distribution constant of physical extraction m and the apparent equilibrium constant of chemical complexation reaction k were gained .

  22. 基于非结构网格,构造了多组分化学反应非平衡流数值模拟的高精度有限体积TVD格式。

    Based on the unstructured meshes , a finite volume TVD scheme with high precision is developed to simulate the chemical non-equilibrium flow of multi-components .

  23. 本文提供了考虑化学反应非平衡和振动非平衡的喷管流动计算方法。

    This paper presents a calculating method about the nozzle flow that considers chemical nonequilibrium and vibrational nonequilibrium .

  24. 这就是说,我们可以计,算普通化学反应的平衡常数,从第一原理。

    So what it means is , we can calculate equilibrium constants for ordinary chemical reactions just from first principles .

  25. 结果表明,分离因子与可逆化学反应的平衡常数及组份浓度,反应剂浓度,分离剂总浓度有关。

    It was found that separation factor was related to the equilibrium constant of the reversible chemical reaction and the concentration of the component .

  26. 检测了炉渣的流动温度和岩相结构,分析了渣-钢之间化学反应的平衡状况和氧射流对熔池的作用。

    The slag temperature and morphology were measured and observed . The equilibrium between the slag and melt and the reaction of oxygen jet with the bath were analyzed .

  27. 运用化学反应物料平衡方程,结合污水处理厂进水流量和浓度的变化规律建立了溶解氧过程的机理模型。

    Used the material balance equation of chemical reaction with variation of flow rate and concentration of influent of the wastewater treatment plant , the mechanism model of dissolved oxygen process is established .

  28. 以碘化氢气相合成反应为例,说明如何由化学反应的平衡常数计算平衡反应进度,进而计算定压热容和定容热容。

    Gas phase synthesis of hydrogen iodide was taken for example . The example showed how to calculate extent of reaction from equilibrium constant and to calculate the heat capacities at constant pressure and constant volume .

  29. 本文应用复相化学反应热力学平衡的模型理论,建立了煤的燃烧产物成分计算的数学模型,介绍了模型的解算方法,并在此基础上进行了燃烧等离子体热电性质的计算。

    This paper presents a mathematic model used for computing the thermodynamical and electrical properties and the compositions of the seeded coal-combustion products based on the thermodynamic-equilibrium theory of multi-phase chemical reaction , and its solving process .

  30. 独立反应数对于研究多种化学反应同时平衡以及正确地使用相律计算相平衡体系的独立组分数、自由度数,都是一个十分重要的概念。

    The number of independent reaction is quite an important concept for studying the simultaneous equilibrium of many chemical reactions and in calculating the number of independent components and degree of freedom with correct use of the phase rule .