我们进行氧化还原方程式的综合研究时，曾运用上述规律，在电子计算机上将多个方程式一次配平。
Examples are given that by using this expressions, large number of equations in authors' study on inorganic oxidation-reduction reactions have been balanced by only one computer processing.
应用所获得的动力学方程对不同加热条件下的还原过程进行模拟计算，与实验结果相当符合。
Modelling computation applying the kinetic equation obtained to the reduction process under different heating conditions shows quite in agreement with experimental results.
试用未反应核收缩模型及混合控制方程分析了试样的还原反应速率。
An attempt is made to analyze the reaction rate of the reduction of the sample by use of the unreacted core contraction model and a hybrid control equation.
采用自清洗旋转式黏度计检测高血压患者全血黏度(高、低切)、血浆比黏度、红细胞压积、全血还原黏度和K值方程。
The whole blood viscosity (high and low shearing), plasma viscosity, haematocrit, whole blood reduced viscosity and K value equation were detected with the auto cleaning rotating viscometer.
然后，将回归后的线性方程还原成原曲线方程。
Then, linear equation is turned back into curvilinear equation.
本文在实际分析资料的基础上，通过对深侧向电阻率曲线的油气校正，建立了“电阻率还原法”泥质含量测井解释方程。
Based on the practical data analysis, a "resistivity restoring" method to determine shale content is set up by hydrocarbon correction for deep lateral resistivity logs.
配平氧化还原反应方程式的原则是：还原剂氧化数升高的数值等于氧化剂氧化数降低的数值。
On the basis of the changed value of oxidized elements and atoms in the oxido-reducing reaction, relative coefficient is adopted to make it easy to equalize square equation.
介绍一种适用于各类氧化还原反应方程序配平的方法——新代数法。
A new algebraic method of balancing REDOX reaction formulas is introduced.
介绍用化合价升降法配平无机、有机氧化还原反应方程式。
This article introduces a new method that oxidation-reduction equation is balanced by ion-electron-charge.
配平氧化还原反应方程式的原则是：还原剂氧化数升高的数值等于氧化剂氧化数降低的数值。
This paper introduces the method of applying valence in balancing inorganic and organic oxidation-reduction reaction equation.
介绍了一种新的化学反应方程式的配平方法，使用这种方法可以配平任何类型的氧化还原反应方程式，却不需知道反应式中氧化剂、还原剂氧化数的变化值及得失电子数。
According to conservation of mass, this article establishes a kind of mathematical model for the equation equilibrium of chemical reaction, and also gives its solution both by man and by computer.
介绍了一种新的化学反应方程式的配平方法，使用这种方法可以配平任何类型的氧化还原反应方程式，却不需知道反应式中氧化剂、还原剂氧化数的变化值及得失电子数。
According to conservation of mass, this article establishes a kind of mathematical model for the equation equilibrium of chemical reaction, and also gives its solution both by man and by computer.
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