AbstractCars are already a daily necessity for every household. As a device that every car must install, the car air-conditioning filter is responsible for filtering the air inside and outside the car. The air passing through the pipe achieves clean air and protects the interior of the car. The purp...
AbstractCars are already a daily necessity for every household. As a device that every car must install, the car air-conditioning filter is responsible for filtering the air inside and outside the car. The air passing through the pipe achieves clean air and protects the interior of the car. The purpose of personnel, but according to research, the air quality in close to 40% of cars is not up to standard. The China Consumers Association used the method of sampling statistics to sample 51 passenger cars as test samples, including 22 car brands including European, American, Japanese, Korean, and domestic. The results show that nearly 40% of vehicles do not meet the current air quality requirements for passenger cars. As a firewall to ensure clean air, car air-conditioning filters are constantly being developed and updated in order to meet the air quality requirements in the car. At present, the air-conditioning filter elements on the market are basically activated carbon filter elements, and the filtration performance is not satisfactory. Based on the traditional air-conditioning filter element, this paper designs an air-conditioning filter element with birnessite-type manganese dioxide as the core. The experiment shows that it is 15% better than the common single activated carbon air-conditioning filter element in adsorption efficiency and purification efficiency.
AbstractCars are already a daily necessity for every household. As a device that every car must install, the car air-conditioning filter is responsible for filtering the air inside and outside the car. The air passing through the pipe achieves clean air and protects the interior of the car. The purpose of personnel, but according to research, the air quality in close to 40% of cars is not up to standard. The China Consumers Association used the method of sampling statistics to sample 51 passenger cars as test samples, including 22 car brands including European, American, Japanese, Korean, and domestic. The results show that nearly 40% of vehicles do not meet the current air quality requirements for passenger cars. As a firewall to ensure clean air, car air-conditioning filters are constantly being developed and updated in order to meet the air quality requirements in the car. At present, the air-conditioning filter elements on the market are basically activated carbon filter elements, and the filtration performance is not satisfactory. Based on the traditional air-conditioning filter element, this paper designs an air-conditioning filter element with birnessite-type manganese dioxide as the core. The experiment shows that it is 15% better than the common single activated carbon air-conditioning filter element in adsorption efficiency and purification efficiency.
참고문헌 (9)
J. Automobile Technology and Materials Lei 55 2018 Performance test of self-made activated carbon filter element
J.Traffic and Transportation Feng 34 49 2018 Air pollution inside cars
J.Automotive Repair and Maintenance Huimin 90 2018 Features and use of anti-smog automobile air conditioning filter
J.Equipment Maintenance Technology Yangyang 30 2018 Experimental research on the filtering effect of dual-effect automobile air-conditioning filter on fine particles
Jinlong 2016 Study on the catalytic decomposition of formaldehyde by birnessite-type manganese dioxide at room temperature
Lin 2017 Study on the catalytic decomposition of formaldehyde by modified birnessite-type manganese dioxide
India. J. Environmental science and pollution research international Kashika 26 2019 Detection and identification of dust mite allergens in the air conditioning filters in Chandigarh
J. Wei sheng yan jiu = Journal of hygiene research Yuhe 48 2019 [Antibiotic resistance gene contamination status in air conditioning filter dust of a hospital in Wuhan City]
J. Journal of Guangdong University of Technology Zuwei 35 6 2018 Preparation of non-woven fabric supported manganese oxide and its catalytic performance in the decomposition of formaldehyde
AI-Helper
※ AI-Helper는 부적절한 답변을 할 수 있습니다.