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10권 2호 40-47 2002 [한국자동차공학회 논문집 ]

제목 광촉매 반응기 설계를 위한 기초 연구
분야 엔진 및 연소
언어 Korean
저자 고성혁(네오포텍), 손건석(고등기술연구원), 이귀영(네오포텍), 김대중(네오포텍), 윤승원(네오포텍), 송재원(네오포텍)
Key Words Non-thermal plasma(저온 플라즈마), Photocatalyst(광촉매), Ceramic monolith honeycomb substrate(벌집형 세라믹 담체), Reactor(반응기)
초록 Because UV wavelength lights can activate photocatalysts, plasma is used as a light source of a photocatalytic reactor. Even though plasma has good intensity for photo reaction, substrate of catalyst coating was limited by the geometry of plasma generator. Usually bead type substrate was used for a pack bed type reactor. Honeycomb monolith type substrate was used with UV lamps instead plasma, due to the light penetration the honeycomb monolith length was too short to show good activity. In this study a photocatalytic reactor, which is using a honeycomb monolith substrate, was investigated with plasma as an activation light source. As a parametric study the effects of following factors on plasma generation and power consumption are examined; supply voltage, substrate length, environment condition, catalyst loading and ratio. Using the test results, the practicability test was done with simulated synthetic gases representing bad smells and automotive exhaust gases.
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