논문 상세보기
pp.332-338
The issue surrounding the problem of air pollution arising from rapid industrialization is one that is being continuously raised for discussion among the public, and concerns about indoor air quality have emerged both at home and abroad due to the longer periods of time spent indoors in modern times. Various studies are being conducted to solve this problem, and photocatalysts are also being studied as a solution. Accordingly, this research sought to verify the performance of reducing indoor pollutants by applying photocatalysts to building materials. As a result of evaluating the indoor pollutant reduction performance, it was confirmed that acetaldehyde was reduced by about 31%, toluene 29%, and total volatile compounds by 11%, and adhesion strength, an important factor regarding finishing material, was also enhanced 1.3 times or more based on Korean Industrial Standards. From these results, it is believed that indoor air pollution can be lowered to a certain extent through building materials using photocatalysts, and, therefore, research on long-term performance verification and evaluation methods should be continuously conducted and pursued in the future in relation to photocatalysts.
1.1 연구 배경 및 목적
1.2 광촉매 유기물분해 메커니즘
2. 연구방법
2.1 실험계획
2.2 측정방법
2.3 사용재료
2.4 시험방법
3. 결 과
3.1 강도 발현 특성
3.2 실내 유해물질 분해 특성
4. 결 론
