kinetic equation

英 [kɪˈnetɪk ɪˈkweɪʒn] 美 [kɪˈnetɪk ɪˈkweɪʒn]

运动方程式

化学



双语例句

  1. Kinetic equation in the baking process of purifying aphanitic graphite were researched.
    研究了隐晶质石墨的提纯工艺中焙烧动力学方程。
  2. Pyrolysis characteristic and kinetic equation of spent catalyst used for vinyl acetate synthesis
    醋酸乙烯合成用废触媒的热解特性及其动力学
  3. The reaction mechanism and kinetic equation of chlorosulfonation of polyethyleneare given.
    聚乙烯的氯磺化反应是在半流动体系中采用气固相反应进行的。
  4. The kinetic model transformation theorem in the change kinematics model is put forward and deduced based on the Lagranges kinetic equation.
    本文基于拉格朗日动力学方程推导并提出了变运动学模型下动力学模型变换定理。
  5. In this kinetic equation.
    在这个动力学方程中。
  6. Pyrolysis characteristic and kinetic equation of spent diatomite used for Beer filtration
    啤酒过滤用废硅藻土的热解特性及动力学
  7. The reaction order and the reaction activation energy are determined and the reaction kinetic equation is set up.
    测定了反应级数和反应活化能,建立了反应动力学方程。
  8. Kinetic equation of degradation and degradation of Hydroquinone were studied by using crude laccase from corolus versicolor.
    用杂色云芝产的漆酶粗酶液进行了对对苯二酚的降解及降解动力学的研究。
  9. The values of parameters of the kinetic equation were estimated by the method of orthogonal design.
    用正交设计法估计了动力学方程中的参数。
  10. The reaction mechanism was studied and the kinetic equation was obtained.
    研究了反应机理,建立了反应动力学方程。
  11. The kinetic equation of the fast polymerization between polyether polyol and modifed MDI with DBTDL as catalyst was derived.
    确定了以二丁基锡二月桂酸酯[DBTDL]为催化剂时,高活性聚醚和改性MDI的反应动力学方程。
  12. The coupled catalytic reaction mechanism was discussed. The kinetic equation was established.
    并对反应机制进行了探讨,建立了动力学方程式。
  13. The frothing kinetic equation of these compounds is proposed and the structure-reactivity relationship is discussed.
    并对这类化合物的起泡性能作了研究,提出了泡沫消失动力学方程,对化合物结构与起泡性关系进行了讨论。
  14. The mechanism and kinetic equation have also been discussed.
    本文还探讨了动力学方程及反应机理。
  15. The general differential kinetic equation for several kinds of reversible reactions is first given in this paper.
    本文提出了几类可逆反应通用的微分动力学方程。
  16. The kinetic energy theorem of mass variable system is derived from the kinetic equation of mass variable body.
    从变质量物体的动力学方程出发,推导出变质量系统的动能定理。
  17. The correlation coefficient shows that obtained hyperbolic kinetic equation is fitting well with the reaction.
    回归相关系数表明,双曲线动力学方程与反应能较好地吻合。
  18. The kinetic equation of failure evolution and the primary probability function of reliability analysis are given, and the failure probability, failure probability density, reliability, failure rate and average life have been derived.
    文中给出了故障演化动力学方程和可靠性分析的基本几率函数,导出了结构元件的故障几率和几率密度、可靠性、故障率及平均寿命。
  19. Volterra linear integral operators is studied in order to solve the boundary value problems of abstract kinetic equation.
    将一类抽象Volterra型线性积分算子用于求解抽象动力方程边值问题,此方法称为积分算子求解法。
  20. The kinetic equation based on the per catalyst quality for describing the synthesis of methyl acetate was obtained.
    由实验结果,得出了实验条件下以单位质量催化剂为基准的醋酸甲酯合成反应动力学方程。
  21. The rate constant of apparent adsorption was evaluated by the kinetic equation of solid-liquid interface adsorption.
    利用固&液界面吸附的动力学方程,求取表观吸附速率常数(k),测定了平衡吸附量(Qe),分析计算出了吸附质的亲和能(Ua)及吸附势(E)。
  22. Applied the integral methods to solve the kinetic equation and acquire the parameters as E and A.
    建立了落叶松树皮热解的动力学模型,采用积分法求解模型并获得动力学参数活化能(E)和指数因子(A)。
  23. A kinetic equation was derived.
    导出了催化反应的动力学方程;
  24. The kinetic equation has been set up and analyzed.
    分析建立了动力学方程。
  25. And the analytical solution of translational and rotational moving is given with numerical simulation. Basing on the kinetic equation, the radius error and misalignment angle due to the imbalance of spindle-arm system, is analysed.
    给出了质心平移和转动的解析解形式,并进行了数值仿真。根据动力学方程分析了由于主轴系统存在的动不平衡产生的半径误差,失准角误差。
  26. The kinetic equation was verified, and the experiment result was in good agreement with the prediction.
    对所得到的动力学方程进行了验证,实验结果与预计值符合较好。
  27. Using the above kinetic equation and its differential coefficient, different extremum and corresponding times were deduced to analyze the inner change law of the fermentation process and optimize the technological parameters.
    根据得到的动力学方程和其导函数以及对应的极值和时间,分析了发酵过程的内部变化规律,确定了发酵过程,比较并优化了工艺过程和发酵参数。
  28. According to the law of material conservation and energy conservation, the adiabatic fixed bed reactor model have been established, the appropriate kinetic equation and the thermodynamic properties have been selected. The Runge-Kutta method to solve the reactor model has been used.
    根据物料守恒、能量守恒建立了绝热式固定床反应器的模型,选择了适当的动力学方程和热力学性质,采用了龙格库塔法对反应器模型进行求解。
  29. The adsorption process was in line with the pseudo-second order reaction kinetic equation model.
    活性炭对这两种物质的吸附均符合拟二级反应动力学方程。
  30. Use the classical kinetic equation to inspect the system non-isothermal crystallization process.
    选用经典的动力学方程对体系的非等温结晶过程进行考察。