(1) Selection of Mixed Refrigerant for CBM Liquefaction System and its Optimization Analysis / 2012,
443-444 :193-197. / Advanced Materials Research / (01/05) (EI)
(2) Research and Adaptability Analysis on Acid Gas Removing Technology in Floating LNG Plant/ 2010:1-4/2010
Asia-Pacific Power and Energy Engineering Conference/(01/08)(EI)
(3) Scheme Design and Analysis on Biogas Liquefaction System/ 2009,Oct. 16,V1: 810-813/ 2009 International
Conference on Energy and Environment Technology / (01/05)(EI)
(4) Scheme Design and Analysis on Light Hydrocarbon Recovery System for Town Natural Gas/
2009:2240-2243/2009 Asia-Pacific Power and Energy Engineering Conference/ (01/05)(EI)
(5) Analysis of Distillation Column in Low concentration CBM Liquefaction System/2008, 225-230/ International
Cryogenic Engineering Conference 22 and International Cryogenic Materials Conference 2008/ (01/07)(ISTP)
(6) Design and Analysis of a Small-scale Biogas Liquefaction Cycle/2008,53(A):1166-1174/ Advances in Cryogenic Engineering/ (01/04)(ISTP)
(7) 移动式橇装煤层气液化装置的研究及其推广应用/ 2013,(2):6-9 / 深冷技术/ (01/01)
(8) 非常规天然气液化技术研究.中国气体/2012, (4):35-37 / (01/04)
(9) 海上天然气液化装置中酸性气体的脱除技术/2010,30(7):93-97/天然气工业/(01/08)
(10) 中国天然气消费市场与天然气综合利用 / 2009,53 (2):31-33/山西能源与节能/(01/05)
(11) 低浓度煤层气液化技术及其应用/2008/天然气工业/ 28(3):117-120/(01/05)
(12) LNG5煤层气液化流程的数值模拟与分析/2008:3-9/能源与环境研究进展. 杭州:浙江大学出版社/(01/05)
(13) 利用LNG冷量的空气分离液化流程的模拟与分析/2007.27(2)/中山大学学报论丛/(01、07)
(14) 低浓度煤层气液化技术理论分析/2007,130-137/低温工程/(01/04)