Research on cotton fabric loaded with rare earth modified photocatalyst;
纯棉织物负载稀土改性光触媒的研究
Development of Antibacterial study of photocatalyst Nano-TiO_2;
光触媒TiO_2的抗菌研究进展
Evaluation on effectiveness of photocatalyst in degradation of air pollutants;
光触媒降除空气污染物效果评价
Sterilization and Bacteriostatic Effect of Nanometer Photocatalysis:Its Clinical Test and Research;
纳米光触媒杀菌抑菌效果及临床试验研究
The photocatalysis technology, as an advanced high-tech purification technology, is paid great attention in the world due to the fact that it can degrade a broad range of volatile organic compounds(VOC_s) to H_2O and CO_2 at room temperature and atmos pheric pressure.
光催化技术的应用与光触媒的固载技术是目前研究的热点,如何提高光催化降解效率,降解室内较低浓度有害气体一直是改善室内空气品质的前沿课题。
To fill in the gaps of photocatalysis product′s standard,self-cleaning fabric test system is set up to study and develop self-cleaning fabric.
针对光触媒类产品标准缺失的现状,自建了自清洁纺织品测试体系,以利于对自清洁纺织品进行研究与开发。
The development and the characterization of the photo-catalyst was introduced and the process of the air filter paper with photo-catalyst-was preliminarily discussed.
主要介绍了光触媒材料二氧化钛的发展及特性,讨论了光触媒空气过滤纸的加工工艺及杀菌消毒除臭性能实验,结果表明TiO2光触媒空气过滤纸具有明显的抗菌杀毒除臭的效果,是良好的环境卫士。
The development and the characters of the photo-catalyst have been introduced, and the results of the photo-catalyst wallpaper for eliminating bacteria and poison and stink has indicated that the wallpaper with photo-catalyst of titanium dioxide has good effectiveness to the environment and the living of people.
主要介绍了光触媒材料的发展及特性,讨论了光触媒壁纸的加工工艺及杀菌消毒除臭的实验,结果表明,TiO2光触媒壁纸具有明显的抗菌杀毒除臭的效果。
Present Situation and Progress of Application Research of TiO_2 Photocatalysts in Textile Field;
光触媒TiO_2在纺织领域的应用研究现状与进展
This review deals with highly-reactive titanium oxide photocatalysts.
根据近年来光催化技术的研究成果,从3个方面综述了纳米Ti O2薄膜光触媒薄膜的研究进展:制备工艺、影响Ti O2薄膜光催化活性的因素和改善其光催化效率的方法。
This review deals with the preparation of highly reactive titanium oxide photocatalysts at room temperature.
最后对TiO2 作为光触媒的发展及应用进行了展望。
Cotton finishing with modified nano-TiO_2 photocatalyst
棉织物改性纳米TiO_2光触媒整理
Synthesis and Application of Nano-Photocatalysts Emulsion
纳米光触媒的合成工艺及其应用研究
The Production & Application of Aoinn Photocalyst -A kind Nanometer Photo - purifying Material;
一种纳米光净化材料-奥因光触媒的制备及应用
The titania photocatalysts have been research quartern century. It has characteristic of photocatalysis which is excellent performance of environmetal cleanup.
二氧化钛光触媒已发展了25年,它具有光催化的特性,是一非常出色的环境清净的光触媒。
W photocatalyst tube with function of sterilization, de-odor, anti-germs and self-cleaning.
玻纤式光触媒灯管,具有杀菌、臭、菌、净等功能。
Light fitting product,14" fan,32 W photocatalyst tube.
轻钢架专用,10寸风扇32W玻组套管式光触媒灯管。
Research on Rapid Evaluation of Photocatalytic Activity of Commercial Photocatalyst Sprays
光触媒喷液类产品光催化活性快速评价方法研究
Market in Japan,10" fan,32 Wphotocatalyst tube.
外销日本机型,10寸风扇、2W玻纤套管式光触媒灯管。
In 2002, we develop Photo-catalyst &electronic Ionizer Air Purifier.
2002年以光触媒及电子式离子发生器技术,发展空气净化器.
Controllable Preparation of TiO_2-based Nano-catalyst and Its Application in Photocatalytic Degradation of Organic Wastewater;
纳米TiO_2基光触媒的可控制备及降解有机废水研究
A Study on the Air-Conditioning Cooling Tower Algae Inhibition Using TiO_2 Photocatalyst
「光触媒反应器应用于空调冷却水塔藻类抑制」之研究
Antibacterial Efficacy of Photocataytic Material on the Resin Base with Ag-embedded Nano-TiO_2
载银纳米二氧化钛树脂基托光触媒抗菌作用的观察
Antibacterial efficacy of photocatalytic material on the resin base with Ag-embedded nano-TiO_2
载银纳米二氧化钛树脂基托光触媒的抗真菌作用
Photocatalytic Titanium dioxide becomes the most attractive green product in recent years owing to the serious worldwide environmental problem.
由于全球环境问题日益严重,使得光触媒二氧化钛成为近年来最具吸引力的绿色环保材料。
The nanotubes generate80 milliliters of hydrogen per hour per watt of ultraviolet light, a record for a photocatalyst-only system.
利用这种奈米管,每小时每瓦特紫外线可产生80毫升氢气,是纯光触媒系统中的最高纪录。
The product uses the latest technology of nano photocatalyst which is safe, effective, and environment friendly in the process of air purification.
本产品采用最新一代纳米光触媒反应器,是目前最先进、环保、安全、有效的空气净化科技。
catalyst chamber
触媒室, 催化剂室
Catalysis or catalysis carrier in synthetic industry, the refining of gold.
合成工业作触媒或触媒载体。冶炼黄金。
CopyRight © 2020-2024 优校网[www.youxiaow.com]版权所有 All Rights Reserved. ICP备案号:浙ICP备2024058711号