氧化还原

In this paper,we discuss the hydration electron resulted from chemical reaction,and demonstrate the mechanism of reaction about electrotyping oxidation-reduction reaction by the hydrated electron.

本文讨论了在实验室产生水化电子的方法，并用水化电子的概念分析了电解过程氧化还原反应机理。

Different electrovalence elements have different geochemistry characters,showing different oxidation and reduction environment,and forming typical element combination and mineral association in mineralization process.

自然界中的变价元素广泛存在，不同价态的元素具有不同的地球化学性状，反映了不同的氧化还原环境，在成矿过程中形成各具特征的元素组合和矿物组合。

The ~1H NMR and FTIR spectrums suggest that a conjunction of electrovalent bond PGSΘ♂ NH_3R existed in the PGS/PAM hybrid.

采用改性PGS和Ce~(4+)作为氧化还原引发剂引发的原位插层聚合法得到了坡缕石/聚丙烯酰胺杂化物。

Taking streaming current SO as the essential parameter, this paper focuses on the electrokinetic chemistry characteristics of oxidation and reduction process in water treatment condition.

以流动电流为参数，研究了水处理条件下氧化还原过程的电动化学特性。

Upon CV and DPV experiments, the reduction and oxidation potential of these porphyrins were shown to be similar to each other. This suggests that different PAHs ethynyl substitutes would have similar effects on electrochemical properties of the porphyrin molecule.

在电化学探讨部份，接上不同多环芳香族取代基的紫质分子之氧化还原电位彼此都相当类似，表示这些紫质光敏剂的能隙相当接近，不同的多环芳香族取代基对於紫质分子的电化学性质影响程度相当接近。

This special ordered nanoporous structure creates the fast electrochemical accessibility of the electrolyte and OH- ions not only to the surface of the electrode materials but also to the bulk of the CoOH2 phase,which is very helpful for making full use of the electroactive sites to take place the faradic reaction,providing an important morphological foundation for a high specific capacitance.

这种独特的有序纳米孔结构不仅提供了电解液和OH-离子快速进出电极表面的通道，而且可以使活性离子扩散到CoOH2的本体相，充分利用电极材料的电活性位发生氧化还原反应，为该材料高比电容的实现提供了重要的形貌基础。

Ferric oxide is the most abundant metal oxide, and it is very important in oxidization- reduction of soil and in soil-shaped process.

氧化铁是土壤中最为丰富的金属氧化物，在土壤的氧化还原反应和土壤形成过程中起着十分重要的作用。

In the serum bottle fermentation,potassium ferricyanide and dithiothreitol which did not have inhibition on fermentation,were selected as the oxidizing agent and reducing agent respectively.

在血清瓶发酵培养过程中，筛选出对发酵过程无抑制作用的氧化剂铁氰化钾和还原剂二硫苏糖醇作为发酵体系的氧化还原电位调节剂。

Potassium ferricyanide and dithiothreitol were used to control redox potential from －100 mV to －450 mV in 3 L fermenter.

在3 L发酵罐上利用铁氰化钾和二硫苏糖醇调节发酵体系氧化还原电位值在－100～－450 mV，结果表明－350 mV为菌体生长和产丁二酸的最佳电位，丁二酸生产速率由0.75 g/提高到1.18 g/，产物丁二酸与副产物乙酸的质量浓度比由2.5提高到3.9。

The reliability of the home-made system was further proved by its strict Nernst behavior as testing with the standard redox pair, ferrocyanide and ferricyanide showed.

以标准氧化还原对测试此系统发现其电位值严密地遵守能斯特方程式，足见本系统分析值的正确性。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。