The reduction reaction occurs in one step.
还原反应为一步完成的。
By oxidation - reduction reaction, copper is cemented into the iron.
经氧化—还原反应，铜渗入铁中。
A chemical substance that prevents or slows a cathodic or reduction reaction.
一种阻止或减缓阴极反应的化学物质。
Ammonium nitrate as auxiliary oxidant is help of finishing oxidation-reduction reaction.
硝酸铵作为添加的辅助氧化剂，可使氧化还原反应充分进行。
Ammonium nitrate as auxiliary oxidant is help of finishing oxidation - reduction reaction.
硝酸铵作为添加的辅助氧化剂，可使氧化还原反应充分进行。
Current was the result of oxidation and reduction reaction were carried out in two electrode results.
电流的产生是由于氧化反应和还原反应分别在两个电极上进行的结果。
How does the mechanism of oxidation and reduction reaction proceed between nitric with metal and nonmetal?
硝酸跟金属、非金属发生氧化还原反应的历程是怎样进行的？
Thiophene reacted with bromine and zinc to obtain 3-bromothiophene via substitution and reduction reaction.
本文以噻吩与溴、锌粉依次发生取代，还原反应生成3-溴噻吩。
The method and skill for balancing a complex oxid - reduction reaction equation are discussed in this paper.
本文介绍复杂氧化还原反应式配平的方法和技巧。
This paper summarizes the new progress of the asymmetric catalytic reduction reaction on the basis of relevant references.
本论文在查阅相关资料基础上综述了不对称催化还原反应研究新进展。
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。
Lead into reduction reaction steps before, deposition of metal ions in the cathode near the surface or on the surface transformed.
前置转化步骤还原反应前，沉积金属离子在阴极表面附近或表面上发生转化。
The cathode catalyst for oxygen reduction reaction is one of the most important factors that can affect the performance of fuel cell.
氧还原反应阴极催化剂对燃料电池的性能起着非常关键的作用。
Recently SRB are found to be able to survive in aerobic conditions. But there is no research on its influence of on oxygen reduction reaction.
近年的研究发现SRB可以生存在有氧条件下，但还没有SRB及其代谢产物对溶解氧还原反应影响的报道。
Due to low ap-parent activation energy for reduction of nitrate nitrogen by NZVI, the reduction reaction can be per-formed at normal temperature.
纳米铁还原硝酸盐氮的表观活化能较低，还原反应在常温下即很容易进行；
All reduction reaction materials, acid materials and other materials that can take reaction with phenolics would affect the detection of phenolics.
在实际水样中，凡是还原反应物质、酸性物质、能与酚反应的物质均能影响酚的测定。
According to the characteristics of oxidation-reduction reaction, we can compare them by various methods in order to judge the relative intensity of them.
根据氧化、还原反应的特点，可用多种不同形式进行比较，以达到判断物质的氧化、 还原性强弱的目的。
Thus we cooperate to study the function and mechanism of this catalyst in the asymmetric borane reduction reaction, and the following results are obtained.
于是，我们和其合作来深入研究该类配体的不对称催化机制和功能，得到了如下有意义的结果。
On the contrary, pretreating with allyl bromide could turn the stereoselectivity of this asymmetric reduction reaction from mainly producingS-CHBE to R-CHBE.
而烯丙基溴预处理可以使反应立体选择性从通常的生成S-型产物过量转变为R-型产物过量，优化处理条件后能使R-CHBE的e。
The origination potential of oxygen reduction reaction being more positive, larger electrolyte concentration and higher temperature could promote the reaction.
增加硫酸电解液浓度，开路电位正移，升高温度有利于反应进行。
In the course of the experiment we study conditions of four factors, for example material proportion, reduction reaction temperature, reaction time and sorts of acid.
考察了物料配比、反应温度、酸化还原的时间及酸化还原时采用不同的酸四因素对合成巯基乙酸收率的影响，确定了最优化的反应条件。
The generalized oxidation and reduction reaction includes acid-base reaction, precipitation reaction, coordination reaction and ordinarry oxidation reduction reaction.
土壤化学中的酸碱反应、沉淀溶解反应、配位反应和氧化还原反应都属于广义氧化还原反应。
Based on the experimental result, it shows that the gas solid reduction reaction is faster than the solid-solid, but the former is more likely affected by temperature.
研究发现，与固-固还原反应相比，气-固还原反应较快，但前者易受温度的影响。
GLRX2 and TXN1 are oxidation-reduction reaction related human genes, coding antioxidase system member thioredoxin and non-enzymatic system member glutaredoxin respectively.
GLRX2和TXN1是人体细胞内有关氧化还原反应的基因，分别编码抗氧化酶系统成员硫氧还蛋白和非酶系统成员谷氧还蛋白。
A quantitative study was carried out concerning the respective share of the oxidation and reduction reaction of the char combustion within the above cited range of temperatures.
定量研究了在此温度范围内煤焦燃烧的氧化与还原两种反应各占的份额。
The oxygen reduction reaction that takes place at the fuel cell's cathode creates water as its only waste and it is there that up to 40 percent of a fuel cell's efficiency is lost.
对氧还原反应，发生在燃料电池的阴极地方创建作为其唯一的废水和它的存在，多达40燃料电池的效率是百分之丢失。
When exhaust flow flows through a three-way catalyst, redundant hydrogen and nitrogen oxides in waste gas are subjected to oxidation-reduction reaction to further reduce discharge.
排气流过三元催化器时，废气中多余的氢气和氮氧化物发生氧化还原反应，进一步降低排放。
The results show that: increasing temperature will lead to more methanol to permeate to the cathode, and increase the charge transfer resistance of cathodic oxygen reduction reaction;
只有采用大的空气流量，才会有效地防止水淹，加大氧气向催化剂层的传质，促进阴极反应的进行；
Only from both thermodynamics and dynamics can the character and essence of oxidation-reduction reaction be realized, thus the correct conclusion consistent with the facts can be arrived at.
只有不仅从热力学角度，同时从动力学角度才能完整地认识氧化还原反应的特点和本质从而得出与事实相符的正确结论。
Only from both thermodynamics and dynamics can the character and essence of oxidation-reduction reaction be realized, thus the correct conclusion consistent with the facts can be arrived at.
只有不仅从热力学角度，同时从动力学角度才能完整地认识氧化还原反应的特点和本质从而得出与事实相符的正确结论。
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