CAJ | 학술논문

为研究活性炭—纳米TiO2复合光催化技术在汽车空调滤清器中的应用，了解其对PM2.5和TVOC的净化效果，制作了以无纺布作为支撑体，活性炭和光催化剂纳米二氧化钛（ TiO2）附着其上的复合材料滤芯，通过与一辆新乘用汽车自带的普通活性炭滤芯的净化实验结果对比，指出该滤芯提高了对PM2.5和TVOC的净化率，弥补了现有技术的不足，推动了空调滤清器滤芯的升级换代。
위연구활성탄—납미TiO2복합광최화기술재기차공조려청기중적응용，료해기대PM2.5화TVOC적정화효과，제작료이무방포작위지탱체，활성탄화광최화제납미이양화태（ TiO2）부착기상적복합재료려심，통과여일량신승용기차자대적보통활성탄려심적정화실험결과대비，지출해려심제고료대PM2.5화TVOC적정화솔，미보료현유기술적불족，추동료공조려청기려심적승급환대。
Objective to study the activated carbon,nanometer TiO2 composite photocatalytic technology application in the automobile air condi-tioner filter,understand its purification effect of PM2. 5 and TVOC. Method to non-woven fabric as a supporting body,activated carbon and cata-lyst on the nanometer titanium dioxide( TiO2 )attached to the composite filter,with a new passenger car with common active carbon filter purifica-tion experiment results of contrast. Point out the filter improves the purification rate of PM2. 5 and TVOC,make up for the deficiency of the exist-ing technology,promote upgrading of the air conditioning filter cartridge.