还原反应

合金化提高铂在PEMFC氧还原反应中的催化活性

Enhancing activity of platinum catalysts for PEMFC oxygen reduction reaction by alloying

COREX预还原反应过程的数学物理仿真

Mathematical and physical modelling of pre reduction reaction process of COREX technology

琥珀酸细胞色素c还原酶系中细胞色素b的多相氧化还原反应

Multiphasic oxidation-reduction of cytochrome b in the succinate-cytochrome c reductase

Pt/MgO催化剂上NOx存储-还原反应性能

The performance of NO_x storage-reduction over Pt / MgO catalyst

生物小分子的电化学分析研究Ⅲ.维生素B2电化学还原反应的表征

Study on Electroanalytical Chemistry of Small Biological Molecules ⅲ . Characterization of Electrochemical Reduction of Vitamin B_2

用于煤气化CO2还原反应的一种催化剂CO2还原钌催化剂的研究

Study on Ru-based Catalyst Used in Reductive Reaction of CO_2

CO和O2气氛下煤中矿物质对NO-半焦还原反应的影响

Influence of mineral matter in coal on NO-Char reaction in presence of CO and o_2

用过渡应答技术研究V2O5-TiO2上NO-NH3选择性还原反应的机理

Studies on the selective reduction of no with nh_3 over v_2o_5-tio_2 catalysts by transient response technique

天然水中Cr（Ⅵ）与硫化物的氧化还原反应环境动力学的研究

Environmental kinetics study on cr (ⅵ) and σ s ~ ( 2 - ) redox reaction in natural waters

初始pH值为4.5时，不同初始浓度硝酸盐的催化还原反应为一级反应。

When initial pH value of 4.5 and at different initial concentration of nitrate , the catalytic reduction followed a first order kinetics .

温控相转移配体及催化（ⅩⅥ）&Rh/PETPP催化的水/有机两相邻氯硝基苯CO还原反应动力学的研究

Thermoregulated Phase-transfer Ligands and Catalysis (ⅹⅵ)── Kinetics Investigation of CO Selective Reduction of Aromatic Nitro Compounds Catalyzed by Rh / PETPP in Two-phasic System

采用循环伏安法研究了细胞色素C在月桂酸阴离子修饰的盐桥支撑双层类脂膜上的氧化还原反应；

The redox behavior of cytochrome C on salt bridge supported bilayer lipid membranes ( BLMs ) modified with lauric acid anionic sites was studied by means of cyclic voltammetry .

该酶还原反应的最适pH为4.5，最适温度为35℃，Cu2+对羰基还原酶有强烈的抑制作用。

The optimum pH and temperature for reduction were 4.5 and 35 ℃, respectively . And the Cu2 + had strong restrictive effect on enzyme activity .

运用俄歇深度剖析和俄歇化学效应研究了Ti／SiO2的界面还原反应。

We have studied the interface reaction of Ti / SiO2 using AES depth profile analysis and chemical effect .

重点考察了还原反应中溶剂种类、还原温度对反应的影响以及N羟基N2甲苯氨基甲酸甲酯的纯化方法。

This paper also investigated the effects of different solvents and temperatures on the reducing reaction and purification of methyl N-hydroxyl-N-2-methylphenylcarbamate .

SPE复合膜电极上氧还原反应研究

Reaction of oxygen reduction at SPE composite electrode

但是，到目前为止，BP的光还原反应被公认为仅发生在紫外光直接照射区域。

But on the other hand , it is widely accepted that the photo-reduction reaction can be realized only on the area directly irradiated by UV-light .

研究了溶液酸度、光强度、光照时间及显色剂用量对Fe（Ⅲ）-PAR络合物光还原反应的影响。

The effects of solution acidity , light intensity , illuminating time and PAR amount on the photoreduction of Fe (ⅲ) - PAR complex were studied .

本文讨论了抗坏血酸的氧化还原反应以及对锌铁合金镀液中Fe2+和PH值的稳定作用。

Redox-Reaction of ascorbic acid and its stabilization for Fe 2 + ion and pH value in the plating solution of an alloy of zine and iron were discussed .

SnO2纳米材料的制备及其对丙烯醛还原反应的催化性能

Synthesis of SnO_2 Nano-Material and Its Catalytic Performance for the Reduction of Acrolein

利用循环伏安法研究在酸性条件下氧电极辅助催化组分（Fe）的氧化还原反应机理并计算其扩散系数。

Investigates the redox reaction mechanism of iron as an auxiliary catalyst component for the oxygen electrode in acid environment , and calculates its diffusion coefficient by cyclic voltammetry .

胶体半导体表面光还原反应动力学的ESR研究&I.ZnS、CdS光还原效率的ESR研究

ESR study of photoreduction kinetics on the surface of colloidal semiconductor ──ⅰ . esr study of photoreduction efficiency of ZnS and CDs

方法形态学观察和硝基四氮唑蓝还原反应鉴定DADS诱导HL-60细胞分化；

Methods Cell differentiation was validated by morphological method and nitroblue tetrazolium ( NBT ) reduction test .

COREX熔融气化炉内硅还原反应的特点

Peculiarity of Reducing Reaction of Silicon in COREX Smelting Gasifier

25℃时，还原反应的表观速率常数k2＝391min－1；

The apparent rate constants and activation energy of the reduction reaction are calculated .

Au、Pb对Cr~（3+）/Cr~（2+）氧化还原反应催化性能的XPS研究

XPS studies of catalytic behavior of Au and Pb for cr ~ ( 3 + ) / cr ~ ( a + ) redox reaction

CuO被认为活性最高的过渡金属氧化物活性组分之一，被广泛用于催化氧化－还原反应中。

Regarded as one of the most active component , CuO is used widely in catalysts for redox reactions .

并验证了煤焦还原反应能够较好的适合未反应收缩核模型。最后通过对反应产物的比表面积分析、离子色谱分析，讨论了纳米TiO2催化燃烧脱硫脱硝的机理。

And it was verified that the coal reduction is better to fit the model . Finally the mechanisms were discussed by ion-chromatographic and BET analysis .

结果表明，非热等离子体结合催化，反应器内的CuO催化剂能有效地促进NO的还原反应；

Experimental results show that the plasma reduction of NO was much enhanced by the CuO catalyst in the reactor .

银催化剂上NO/O2共吸附后的TPD和TPR研究揭示了纳米银颗粒参与选择还原反应的机制。

TPD and TPR studies revealed the catalytic roles of nano silver particles in the SCR reaction .