Expansion of operating range and reduction of engine out emission in low temperature diesel combustion with boosting
EJ Shim, SW Han, JY Jang, JS Park… - Transactions of the …, 2009 - koreascience.kr
Supercharging system was adopted to investigate the influence of boost pressure on
operating range and exhaust emissions by using a supercharger at low temperature diesel …
operating range and exhaust emissions by using a supercharger at low temperature diesel …
Reduction of Exhaust Emissions Using Various Injector Configurations in Low Temperature Diesel Combustion
YJ Jung, JY Jang, JS Park, CS Bae… - Transactions of the …, 2011 - koreascience.kr
Low temperature combustion is one of the advanced combustion technology in an internal
combustion engine to reduce soot and nitrogen oxides simultaneously. In present …
combustion engine to reduce soot and nitrogen oxides simultaneously. In present …
Development of Low Temperature Diesel Combustion Engine for Construction Equipments
E Shim, D Kim, D Lee, Y Park - … of the Korean Society of Automotive …, 2014 - koreascience.kr
Abstract LTC (Low Temperature Combustion) technology has been studied to see feasibility
of the combustion technology applied to heavy-duty engines on the laboratory scale. This …
of the combustion technology applied to heavy-duty engines on the laboratory scale. This …
Investigation of Combustion Strategy for Commercialization of Low Temperature Diesel Combustion Engine
Robustness and controllability are the key factors in internal combustion engine
commercialization. This study focuses on the combustion strategy to commercialize the low …
commercialization. This study focuses on the combustion strategy to commercialize the low …
과급을이용한저온디젤연소의운전영역확장및배기배출물저감
심의준， 한상욱， 장진영， 박정서， 배충식 - 한국자동차공학회논문집, 2009 - dbpia.co.kr
Supercharging system was adopted to investigate the influence of boost pressure on
operating range and exhaust emissions by using a supercharger at low temperature diesel …
operating range and exhaust emissions by using a supercharger at low temperature diesel …
저온연소엔진실용화를위한연소전략에대한연구
심의준， 한영덕， 신승협， 김득상， 권상일 - 한국자동차공학회논문집, 2014 - dbpia.co.kr
Robustness and controllability are the key factors in internal combustion engine
commercialization. This study focuses on the combustion strategy to commercialize the low …
commercialization. This study focuses on the combustion strategy to commercialize the low …
건설기계용저온연소엔진시스템개발
심의준， 김득상， 이동인， 박용희 - 한국자동차공학회논문집, 2014 - dbpia.co.kr
LTC (Low Temperature Combustion) technology has been studied to see feasibility of the
combustion technology applied to heavy-duty engines on the laboratory scale. This study …
combustion technology applied to heavy-duty engines on the laboratory scale. This study …
[PDF][PDF] 건설기계용저온연소엔진시스템개발
E Shim, D Kim, D Lee, Y Park - 한국자동차공학회논문집, 2014 - scholar.archive.org
LTC (Low Temperature Combustion) technology has been studied to see feasibility of the
combustion technology applied to heavy-duty engines on the laboratory scale. This study …
combustion technology applied to heavy-duty engines on the laboratory scale. This study …
분사기형상변경을통한저온디젤연소의배기배출물저감
정용진， 장진영， 박정서， 배충식， 김득상 - 한국자동차공학회논문집, 2011 - dbpia.co.kr
Low temperature combustion is one of the advanced combustion technology in an internal
combustion engine to reduce soot and nitrogen oxides simultaneously. In present …
combustion engine to reduce soot and nitrogen oxides simultaneously. In present …
[PDF][PDF] 분사기형상변경을통한저온디젤연소의배기배출물저감
Y Jung, J Jang, J Park, C Bae, D Kim - Transactions, 2011 - Citeseer
Low temperature combustion is one of the advanced combustion technology in an internal
combustion engine to reduce soot and nitrogen oxides simultaneously. In present …
combustion engine to reduce soot and nitrogen oxides simultaneously. In present …