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디젤기관의 플라즈마 EGR 조합시스템에 의한 배기 배출물 저감 특성
배명환(Myung-\han Bae),김호갑(Ho-gab Kim),김정민(Jung-min Kim),정화(Hwa-Jung),이동윤(Dong-yoon Lee),옥현진(Hyun-jin Ok) 한국자동차공학회 2003 한국자동차공학회 지부 학술대회 논문집 Vol.2003 No.5
The effects of non-thermal plasma reactor and recirculated exhaust gas on performance and exhaust emissions under four kinds of engine loads were experimentally investigated by using a four-cycle, four-cylinder, swirl chamber type, water-cooled diesel engine with a combined plasma EGR system operating at three kinds of engine speeds. The purpose of this study is to develop the combined exhaust gas recirculation(EGR) control system with a non-thermal plasma reactor for reducing NO, and soot emissions simultaneously in diesel engines. The EGR system is used to reduce NO, emissions, and the non-thermal plasma reactor is used to reduce soot emissions. The plasma system in this study is a flat-to-flat type reactor operated by a plasma power supply.<br/> The experiments are performed at the fixed fuel injection timing of 4 ATDC regardless of experimental conditions. It is found that NO, and soot emissions are decreased, especially soot<br/> emissions are markedly reduced at the middle loads, as the applied electrical voltage of plasma<br/> reactor is elevated.<br/>
플라즈마 EGR 조합시스템 디젤기관의 성능 및 배기 배출물 특성
배명환(Myuang-whan Bae),하태용(Tae-yong Ha),김호갑(Ho-gab Kim),박재윤(Jae Yoon Park),하현진(Hyun JIN ha) 한국자동차공학회 2003 한국자동차공학회 춘 추계 학술대회 논문집 Vol.- No.-
The effects of non-thermal plasma reactor and recirculated exhaust gas on performance and exhaust emissions under four kinds of engine loads were experimentally investigated by using a four-cycle, four-cylinder, swirl chamber type, water-cooled diesel engine with a combined plasma EGR system operating at three kinds of engine speeds. The purpose of this study is to develop the combined exhaust gas recirculation(EGR) control system with a non-thermal plasma reacto for reducing NOⅹ and soot emissions simultaneously in diesel engines. The EGR system is used to reduce NOⅹ emissions, and the non-thermal plasma reactor is used to reduce soot emissions. The plasma system in this study is a flat-to-flat type reactor operated by a plasma power supply. The experiments arc performed at the fixed fuel injection timing of 4˚ ATDC regardless of experimenlal conditions. It is found that NOⅹ and soot emissions are decreased, especially soot emissions are markedly reduced at the middle loads, as the applied electrical voltage of plasma reactor is elevated.<br/>