氧化还原电位

Saturated calomel electrode , which was the characteristic peaks of Hb Fe/Fe, in pH 7.0 phosphate buffer solution.

SCE，与典型的血红素Fe/Fe氧化还原对电位一致。

The drying process of chrome liquor was studied. The structure and property of chrome complex reducing by alcohol were analysed and tokened by many present well-rounded separation and analysis methods such as IR, UV-Vis Spectrum, IEC and pH potentiometry. Application tests of chrome tanning agents were conducted and tanning methods of tanning at high pH were studied. A systematic study was conducted on high alkalinity chrome tanning agents application in leather making process and possibility of clean chrome tanning was discussed.

本文系统地研究了多种小分子醇与重铬酸盐之间的氧化-还原反应，对反应过程进行了认真的剖析；对铬鞣液的干燥过程进行了研究；用红外光谱法、紫外及可见分光光度法、离子色谱法以及pH电位滴定法等多种比较成熟的现代分离分析方法相结合，对醇还原铬配合物的结构与性能进行了分析与表征；对铬鞣剂的鞣革性能进行了应用实验，研究了醇铬鞣剂在高pH值下的鞣制方法，并就高碱度铬鞣剂在制革过程中的应用进行了系统研究，探讨了用其实施清洁化铬鞣的可能性。

The drying process of chrome liquor was studied. The structure andproperty of chrome complex reducing by alcohol were analysed and tokened by manypresent well-rounded separation and analysis methods such as IR, UV-Vis Spectrum,IEC and pH potentiometry. Application tests of chrome tanning agents wereconducted and tanning methods of tanning at high pH were studied. A systematic studywas conducted on high alkalinity chrome tanning agents application in leather makingprocess and possibility of clean chrome tanning was discussed.

本文系统地研究了多种小分子醇与重铬酸盐之间的氧化-还原反应，对反应过程进行了认真的剖析；对铬鞣液的干燥过程进行了研究；用红外光谱法、紫外及可见分光光度法、离子色谱法以及pH电位滴定法等多种比较成熟的现代分离分析方法相结合，对醇还原铬配合物的结构与性能进行了分析与表征；对铬鞣剂的鞣革性能进行了应用实验，研究了醇铬鞣剂在高pH值下的鞣制方法，并就高碱度铬鞣剂在制革过程中的应用进行了系统研究，探讨了用其实施清洁化铬鞣的可能性。

Stable and electrochemically active films were produced by electropolymerization of brilliant cresyl blue on graphite carbon electrode in aqueous solutions.

在pH=6.69的PBS中灿烂甲酚蓝的循环伏安图上(扫描电位区间为-0.5V～0.5V)有一对氧化还原峰，峰电位分别为Ep.a=-0.24V和Ep.c=-0.35V。

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。

The other was not exerting outside electric field and not adding redox reagents to control electropotential.

原生电位浮选工艺有两个要点：一是主要调节和控制包括矿浆pH值、捕收剂种类、用量及用法、浮选时间以及浮选流程结构等在内的传统浮选操作参数，二是不采用外加电极、不使用氧化—还原药剂调控电位，这两点为该工艺在现有浮选体系中实际应用及推广创造了条件。

This paper introduces the new concept—— electrode potential axis used in the electrochemical redox reaction.

介绍了一种电化学中氧化还原反应的新概念——电极电位轴，它对电池的电动势、极性、电子流动方向以及相关的化学反应的描述很直观，是一种较为理想的判断氧化还原反应的方法。

Their electrical and photophysical properties are characterized with different numbers of donor and acceptor, and the molecular band gap can be well-tuned by altering the number of donor and acceptor respectively.

藉由电化学实验中得知，不同数目的电子予体和电子受体，会有不一样之氧化电位和还原电位。利用此特性，分别调控分子HOMO及LUMO之能阶位置，有策略性的改变分子之能阶差，调控其电荷转移之放光波长。

Finally according to the foregoing method,one pipeline was analyzed,as an example,in detail. underground pipeline ; corrosion ; Nernst Equation

在电化学腐蚀中的化学反应都是氧化还原反应，腐蚀原电池能够形成说明原电池的两电极之间有电位差存在，即每一个电极都有一个电位，但两个电极的电位大小高低

In the paper following the change law of concentration and electric potential of different stage oxidation-reduction titration and appling the Nernst formula, it was discussed that the application of Ringbom error formula in symmetry donblet oxidation-reduction titration.

本文遵循氧化还原滴定各个阶段的浓度与电位变化规律，运用能斯特公式，探讨了能适用于氧化还原滴定中对称电对的林邦误差公式，具有便于记忆与应用等特点。

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。