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Xiangyu Meng
Xiangyu Meng
dlut.edu.cn의 이메일 확인됨
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Study of combustion and NO chemical reaction mechanism in ammonia blended with DME
X Meng, M Zhang, C Zhao, H Tian, J Tian, W Long, M Bi
Fuel 319, 123832, 2022
1322022
Characterization of soot from diesel-CNG dual-fuel combustion in a CI engine
K Nithyanandan, Y Lin, R Donahue, X Meng, J Zhang, FL Chia-fon
Fuel 184, 145-152, 2016
822016
Understanding of combustion characteristics and NO generation process with pure ammonia in the pre-chamber jet-induced ignition system
X Meng, C Zhao, Z Cui, X Zhang, M Zhang, J Tian, W Long, M Bi
Fuel 331, 125743, 2023
662023
Optical investigation of ammonia rich combustion based on methanol jet ignition by means of an ignition chamber
D Dong, F Wei, W Long, P Dong, H Tian, J Tian, P Wang, M Lu, X Meng
Fuel 345, 128202, 2023
532023
Combustion characteristics of high pressure direct-injected methanol ignited by diesel in a constant volume combustion chamber
Y Wang, H Wang, X Meng, J Tian, Y Wang, W Long, S Li
Fuel 254, 115598, 2019
482019
Diesel-like efficiency using compressed natural gas/diesel dual-fuel combustion
K Nithyanandan, J Zhang, Y Li, X Meng, R Donahue, CF Lee, H Dou
Journal of Energy Resources Technology 138 (5), 052201, 2016
482016
Experimental study of using additive in the pilot fuel on the performance and emission trade-offs in the diesel/CNG (methane emulated) dual-fuel combustion mode
X Meng, H Tian, W Long, Y Zhou, M Bi, J Tian, CFF Lee
Applied Thermal Engineering 157, 113718, 2019
412019
Comparative study of pilot fuel property and intake air boost on combustion and performance in the CNG dual-fuel engine
X Meng, H Tian, Y Zhou, J Tian, W Long, M Bi
Fuel 256, 116003, 2019
392019
Effects of dual-direct injection parameters on performance of fuel Jet Controlled Compression Ignition mode on a high-speed light duty engine
W Long, B Li, J Cao, X Meng, J Tian, J Cui, H Tian
Fuel 235, 658-669, 2019
312019
Chemical kinetic and behavior study of the cracked gas of H2/N2 and DME addition on ammonia combustion in lean-burn condition
X Meng, L Liu, M Zhang, X Zhang, W Long, M Bi
International Journal of Hydrogen Energy 49, 997-1008, 2024
272024
Combustion characteristics of acetone, butanol, and ethanol (ABE) blended with diesel in a compression-ignition engine
TH Lee, Y Lin, X Meng, Y Li, K Nithyanandan
SAE Technical Paper, 2016
262016
Visualization study on the ignition and diffusion combustion process of liquid phase ammonia spray ignited by diesel jet in a constant volume vessel
Z Zhang, W Long, Z Cui, P Dong, J Tian, H Tian, X Meng
Energy Conversion and Management 299, 117889, 2024
252024
Experimental study on combustion and emission performance of a spark-ignition engine fueled with water containing acetone-gasoline blends
Y Li, K Nithyanandan, X Meng, TH Lee, Y Li, FL Chia-fon, Z Ning
Fuel 210, 133-144, 2017
242017
Study on ammonia/methanol blends with ammonia cracking for low-carbon combustion and NO reduction
X Meng, L Liu, M Qin, M Miao, H Zhao, W Long, M Bi
Journal of Cleaner Production 450, 141959, 2024
232024
Modeling and chemical kinetic analysis of methanol and reformed gas (H2/CO2) blending with ammonia under lean-burn condition
X Meng, L Liu, M Qin, W Zhu, W Long, M Bi
International Journal of Hydrogen Energy 58, 190-199, 2024
222024
Study on chemical kinetics and NO behaviors in pre-chamber jet-induced ignition mode with ammonia
X Meng, C Zhao, M Qin, M Zhang, D Dong, W Long, M Bi
Fuel Processing Technology 250, 107876, 2023
222023
Throttling effect study in the CDF/RCCI combustion with CNG ignited by diesel and diesel/biofuel blends
X Meng, S Meng, J Cui, Y Zhou, W Long, M Bi
Fuel 279, 118454, 2020
222020
Partially premixed combustion optimization using double injection strategy in transient operation
T Yang, L Yin, X Meng, H Tian, W Long, P Tunestål
Applied Thermal Engineering 169, 114963, 2020
222020
An experimental investigation of a dual-fuel engine by using bio-fuel as the additive
X Meng, Y Zhou, T Yang, W Long, M Bi, J Tian, CFF Lee
Renewable Energy 147, 2238-2249, 2020
222020
Visualization and simulation study of ammonia blending with hydrogen as combustion application in lean-burn condition
X Meng, M Qin, L Liu, F Wei, J Tian, W Long, M Bi
Fuel 357, 129812, 2024
182024
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학술자료 1–20