光催化反应

TiO2光催化反应及其在废水处理中的应用

TiO 2 Based Photocatalysis and Its Applications for Waste Water Treatment

低浓度甲醛的光催化反应效率研究

Study on the removal efficiency of low formaldehyde concentration with photocatalysis

H2O2在TiO2可见光催化反应中的作用机理

Effects of H_2O_2 on TiO_2 photocatalysis under visible light irradiation

Cr（VI）-苯酚共存污染体系中的光催化反应研究

Study on Photocatalytic Reactions in Cr ( VI ) - Phenol Co-existed Pollution System

对染料活性艳红X3B水溶液的光催化反应过程进行了初步研究。

The photocatalytic reaction of reactive brilliant red X-3B aqueous solution was studied .

TiO2三相内循环流化床光催化反应体系的研究

Inner-loop three-phrase fluidized bed photocatalytic reactor with TiO 2 as catalyst

悬浮型和流化床型纳米TiO2光催化反应器研究进展

Research Progress on Suspension and Fluidized Bed Nano TiO_2 Photocatalytic Reactors

实验中还发现，气体放电-光催化反应器在处理含苯气体时，CO2的产率较一般的气体放电反应器高；

Still experiments discover that the GD-PR makes CO_2 enhancement in the decomposing benzene gas compared with the general gas discharge reactor .

水热法制备掺杂铁离子的TiO2纳米粒子及其光催化反应研究

Preparation of Iron-doped TiO_2 Nanocrystal by Hydrothermal Method and Its Photocatalytic Properties

TiO2光催化反应中的吸附机制研究

A study on the adsorption mechanisms in TiO_2-based photocatalytic reaction

固载型TiO2光催化反应器对富营养水体杀藻作用研究

Inactivation of algae by photocatalytic reactor using immobilized TiO_2 onto nickel foam

自由基抑制剂对不同晶型TiO2光催化反应的影响

Effects of hydroxyl free radical inhibitors on TiO_2 photocatalysis with different crystalline

光催化反应过程中SO2和NOx的脱除以催化氧化过程占主导地位。

The photocatalytic oxidation was primary in the removal process of SO2 and NOx .

无氧条件下TiO2薄膜界面光催化反应的XPS研究

XPS Study on Interface Photocatalytic Reaction of TiO_2 Film in the Absence of Oxygen

采用化学荧光技术结合电子顺磁共振技术检测光催化反应过程中产生的活性氧物种是·OH。

The reactive oxygen species were · OH during the photocatalytic reaction , which were detected by chemical fluorescence and electron paramagnetic resonance technology .

无机离子对TiO2光催化反应影响的研究进展

Progress in Effect of Inorganic Ions on Photocatalysis Reaction by Use of TiO_2

在具有现场合成H2O2电极的TiO2光催化反应体系中降解SDS

Degradation of SDS in the TiO_2-mediated Photocatalytic Reaction System With the Electrode by in Situ Synthesizing H _2O_2

TiO2光催化反应过程的场流理论分析

Field-flow theory analysis of tio_2 photocatalytic reaction processes

水泥基材料负载纳米TiO2光催化反应动力学模型研究

A simulated study on the photocatalysis dynamics of nano TiO_2 supported on the cement-based materials

实用型TiO2光催化反应器的研究

Study on practical photocatalysis reactors of TiO_2

甲醛光催化反应速率常数k随初始浓度、催化剂投加量和光强的增加而增大，随溶液pH值的增加而减小。

The k increases with the increase of initial concentrations 、 catalyst dosage and light intensity . The k decreases with the increase of solution pH value .

TiO2/SiO2复合半导体对庚烯/二氧化硫光催化反应的研究

The Studies of Photocatalytic Degradation of Heptene / Sulfur Dioxide on TiO_2 / SiO_2 Compound Semiconductor Photocatalyst

TiO2/ACF光催化反应器的设计及降解苯酚的研究

Research on photocatalytic degradation of phenol in waste water using tio_2 / acf and designing photocatalytic reactor

概述了纳米TiO2光催化反应的机理、最新研究与实际应用。

The mechanism , recent researches and practical applications of Nano - TiO_2 in photocatalytic reactions have been presented in the article .

酸性大红3R溶液的性质也影响着磁场TiO2光催化反应的降解率，酸性大红3R初始浓度增大，磁场光催化降解率降低；

It decreases with the increase of the initial concentration of acid red 3R solution .

然而，粉末状的CdS在光催化反应时容易被自身产生的光生空穴氧化而遭到光腐蚀。

However , powdery CdS is prone to photocorrosion in the photocatalytic reaction where CdS itself is oxidized by the photogenerated holes .

Fe2+的加入利于光催化反应；2h光催化含氨氮和亚硝基氮的水样，总脱氮率达到了63.9%。

H photocatalytic reaction reduced the total nitrogen by 63.9 % for water samples with both ammonia and nitrite .

针对上述问题，我们成功研制了既易于散热又能有效提高光源利用率的LED灯阵列内照式光催化反应器。

In response to these problems , we have successfully developed a inner irradiation type photoreactor with LED light source . It can easy to cooling and effectively improve the photo energy efficiency .

说明掺杂Ce能提高TiO2光催化反应活性，且掺杂Ce摩尔分数最佳值为2.0%。

It is indicated that rare-earth Ce doped increases its photocatalytic activity , and the optimum molar fraction of Ce in CeO_2 / TiO_2 is 2.0 % .

但是由于覆盖在催化剂的表面的单质S对光催化反应的阻碍作用，致使TiO2对CuS的氧化率并不随着反应时间的延长而增加。

But photocatalytic oxidation rate of CuS does not increase with the photocatalytic time for the effect of forming sulfur .