写出一个总反应方程式并指出每种反应物的来源。
Write an equation for the overall reaction and identify the source of each reactant.
反应方程式如下。
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.
本文提出的“差式氧化数法”特别适用于有机化学反应方程式的平衡。
Our difference-oxidation digit method used especially applies to equality to the chemical equation of organic reaction.
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.
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.
给出了此类炸药氧平衡的计算公式，并介绍了在各种氧平衡值及元素数量条件下炸药的爆炸反应方程式。
Cl is described. Calculating formula for this type of explosive's oxygen balance value is given. Equations of explosive reaction in varying oxygen balance values and element numbers are discussed.
根据含矿层矿物成分，分析了矿物和溶浸液之间的水岩反应，推出了反应方程式，并探讨了溶浸液中各种组分可能的来源。
The chemical equations occurred in In-situ uranium leaching are deduced according to the main components of minerals and tesify that most major components have several sources.
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.
如果我们回到刚才,写在黑板上的某个化学反应方程式，肯定我们能够计算出,的数值，what，delta，G，would，be，for，each，one，of，them。,因为我们知道其中的每一部分应该如何计算。
If we go back to any of those chemical reactions that I wrote on the board before, right, well certainly we can calculate dG Because we know how to calculate all the parts of it.
如果我们回到刚才,写在黑板上的某个化学反应方程式，肯定我们能够计算出,的数值，what，delta，G，would，be，for，each，one，of，them。,因为我们知道其中的每一部分应该如何计算。
If we go back to any of those chemical reactions that I wrote on the board before, right, well certainly we can calculate dG Because we know how to calculate all the parts of it.
应用推荐