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[1]. L. Han, etal, A study on the key parameters of slit air nozzle for the coating process of Li-ion power battery，Applied Mechanics and Materials, v 470, p 495-498，2014 (EI)
[2]. L. Han, etal, A study on the inspection technology of the electrode defects of Li-ion power battery based on HALCON，Applied Mechanics and Materials, v 470, p 617-620,2014(EI)
[3]. L. Han, etal, Design of automatic production line for electrode defects inspection of Li-ion power battery, Applied Mechanics and Materials, v 470, p 400-403, 2014(EI)
[4]. L. Han, etal, A study on vibration measuring technique for vibratory feeding system,Advanced Materials Research, v 765-767, p 2185-2188, 2013(EI)
[5]. L. Han, etal, The analysis and research on the coating and drying method of electrode of the Li-ion power battery, Advanced Materials Research, v 765-767, p 3184-3187, 2013(EI)
[6]. L. Han, etal, A study and discussion on inspection method of electrode defects of the Li-ion power battery, Advanced Materials Research, v 765-767, p 1916-1919, 2013(EI)
[7]. L. Han, etal, A study on electrode coating technology of the Li-ion power battery, Advanced Materials Research, v 765-767, p 3188-3191, 2013(EI)
[8]. L. Han, etal, A study and discussion on defects classification of electrode coating of Li-ion power battery, Applied Mechanics and Materials,v 380-384, p 4364-4367, 2013(EI)
[9]. L. Han, etal, A study on key technology of automatic inspection equipment of electrode defects of li-ion power battery, Applied Mechanics and Materials, v 380-384, p 1081-1084, 2013(EI)
[10]. L. Han, etal, The research and practice of heated-wind circulating and shock drying method for Li-ion power battery electrode, Applied Mechanics and Materials, v 380-384, p 4368-4371, 2013(EI)
[11]. L. Han, etal, A study on double plus chain mechanism for Li-ion power battery formation equipment, Advanced Materials Research, v 650, p 398-402, 2013(EI)
[12]. L. Han, etal, A study on the testing system and method for Li-ion power battery, Advanced Materials Research, v 650, p 426-430, 2013(EI)
[13]. L. Han, etal, A study on process of modular li-ion power batteries, Applied Mechanics and Materials, v 273, p 153-156, 2013(EI)
[14]. L. Han, etal, A study on Li-ion power battery formation energy recycling technology, Advanced Materials Research, v 630, p 356-359, 2013(EI)
[15]. L. Han, etal, A study on elevator of li-ion power battery formation equipment, Applied Mechanics and Materials, v 273, p 111-114, 2013(EI)
[16]. L. Han, etal, A study on the process of lithium battery formation manipulator, Advanced Materials Research, v 630, p 352-355, 2013(EI)
[17]. L. Han, etal, An experimental study on the driving system of vibratory feeding, Telkomnika - Indonesian Journal of Electrical Engineering, v11, n 10, p 5851-5859, 2013(EI)
[18] L. Han, etal, The study of current and voltage needle for Li-ion battery formation, Advanced Materials Research,Volume:650,2013 (EI)
[19] L. Han, etal, Easy tennis-serving machine for teaching purpose, Advanced Materials Research, Volume:630, 2013 (EI)
[20]L. Han, etal, Development of the intelligent tennis vehicle, Applied Mechanics and Materials, Volume:198-199, 2012 (EI)
[21] L. Han, etal, Design and study on the automatic extrusion device for curved chassis of vibratory feeder, Applied Mechanics and Materials, Volume:198-199, 2012 (EI)
[22] L. Han, etal, A study on the testing system and method for Li-ion power battery, Advanced Materials Research, Volume: 650, 2013 (EI)
[23] L. Han, etal, A study on the process of lithium battery formation manipulator, Advanced Materials Research, Volume:630, 2013 (EI)
[24] L. Han, etal, A study on the machine vision assisted vibratory feeding system, Applied Mechanics and Materials, Volume:220-223, 2012 (EI)
[25] L. Han, etal, A study on the automatic feeding device for optical fiber adapter base, Applied Mechanics and Materials, Volume:215-216, 2012 (EI)
[26] L. Han, etal, A study on process of modular li-ion power batteries, Applied Mechanics and Materials, Volume:273, 2013 (EI)
[27] L. Han, etal, A study on Li-ion power battery formation energy recycling technology, Advanced Materials Research, Volume:630, 2013 (EI
[28] L. Han, etal, A study on elevator of li-ion power battery formation equipment, Applied Mechanics and Materials, Volume: 273, 2013 (EI)
[29] L. Han, etal, A study on double plus chain mechanism for Li-ion power battery formation equipment, Advanced Materials Research, Volume:650,2013 (EI)
[30] L. Han, etal, A study on a new method for measuring positioning accuracy of multi-station turntable, Applied Mechanics and Materials, Volume:198-199, 2012 (EI)
[31] L. Han, etal, A study on the teaching platform of linear vibratory feeder, Applied Mechanics and Materials，vol.152-154,2012(EI)
[32] L. Han, etal, A study on the integrated modeling of decoupled vibratory feeder, Applied Mechanics and Materials，vol.152-154,2012(EI)
[33] L. Han, C.B. Li, G.P. Hu, A Study on the Vision-Based Flexible Vibratory Feeding System, Advanced Materials Research, Vol. 279, 2011(EI)
[34] L. Han,etal, A Study on the Battery Parameter Testing Equipment, Applied Mechanics and Materials, vol.148-149, 2011 (EI)
[35] L. Han,etal, Dynamic Analysis of Elbow Joint in the Stroke of Tennis, Advanced Materials Research, vol.279, 2011 (EI)
[36] L. Han,etal, Development of a Multi-Fingered Massaging Robot Hand, Advanced Materials Research, vol.279, 2011 (EI)
[37] L. Han, etal, A study of the Automatic Formation Line of Li-ion Power Batteries, Advanced Materials Research, vol.328-330, 2011 (EI)
[38] L. Han, etal, A Study on The Modelling and Simulation of Part Motion in Vibratory Feeding, Applied Mechanics and Materials, vol.34-35, 2010 (EI)
[39] L. Han, etal, Fuzzy Control of a Decoupled Vibratory Feeding System, Proceedings - 2010 7th International Conference on Fuzzy Systems and Knowledge Discovery, FSKD 2010, v 2,2010 (EI)
[40] L. Han,etal, A Study on the Design and Commercialization of Decoupled Vibratory Feeding System, 2010 International Conference on Mechanic Automation and Control Engineering, MACE2010, 2010 (EI)
[41] L. Han and S. K. Tso, Mechatronic Design of a Flexible Vibratory Feeding System, Journal of Engineering Manufacture, IMechE, Vol. 217, 2003, pp. 837-842 （SCI；EI）
[42] L. Han, W. L. Xu, S. K. Tso, Ultrasonically Assisted and Piezoelectric Actuators Integrated Cutting Tool, Japanese Journal of Applied Physics, vol. 37(1998) pp. 4616-4619
[43] L. Han. A Study on Decoupled Vibratory Feeder. Proceedings of the2nd Asia International Symposium on Mechatronics(CD version). Hong Kong, China. Dec.11-14, 2006
[44] L. Han and S. K. Tso, Prediction of Conveying Velocity of a Flexible Vibratory Feeding System Using Artificial Neural Networks, Proceedings of the International Conference on Artificial Intelligence, Las Vegas, Nevada, USA, June 24-27,2002,pp174-180
[45] L. Han, S. K. Tso, Mechatronic Design and Control of a Flexible Vibratory Feeding System, Proceedings - IEEE M2VIP, 2001, pp.206-213
[46] L. Han, W. L. Xu, S. K. Tso, A Study on Vibratory Feeding, the 3rd International Conference on Engineering Design and Automation, Hyatt Regency, Vancouver, B. C., Canada, Aug. 1-4, 1999, pp. 870-876
[47] L. Han, W. L. Xu, S. K. Tso, Modelling of a Decoupled Vibratory Bowl Feeder, Proceedings of the 9th International Conference on Flexible Automation and Intelligent Manufacturing (CD version), Tilburg University, June 23-25, 1999
[48] L. Han, W. L. Xu, S. K. Tso, Study of Driving Signal for Decoupled Vibratory Bowl Feeder, Proceedings of the 9th International Conference on Flexible Automation and Intelligent Manufacturing, Tilburg University, June 23-25, 1999 pp.337-346
[49] L. Han, W. L. Xu, A Novel Vibratory Bowl Feeder for Automated Electronic Production, Proceedings of the 1998 Japan-USA Symposium on Flexible Automation, Otsu, Japan, July 12-15, 1998, pp. 841-843
[50] L. Han, W. L. Xu, S. K. Tso, An Ultrasonically Assisted Cutting Tool for Error Compensation, Proceedings of the 1998 Japan-USA Symposium on Flexible Automation, Otsu, Japan, July 12-15, 1998, pp. 247-254
[51] L. Han, W. L. Xu, S. K. Tso, Mechatronic Design of a Novel Automated Printing Machine for Surge Arrester Production, Proceedings of the 2nd International Conference on Engineering Design and Automation (CD version), Maui, Hawaii, USA, Aug. 9-12, 1998
[52] L. Han, W. L. Xu, S. K. Tso, Physical Modelling of a Piezoelectric Actuator for Active Error Compensation Control, 5th International Conference on Mechatronics and Machine Vision in Practice, Nanjing, China, Sept. 10-12, 1998, pp.299-304
[53] L. Han, W. L. Xu, S. K. Tso, Decoupled Vibratory Bowl Feeder 5th International Conference on Mechatronics and Machine Vision in Practice, Nanjing, China, Sept. 10-12, 1998, pp.481-486
[54]韩良,凌少钦，颜凯歌. 圆盘解耦式振动料斗的机械结构设计与实验研究，电子工业专用设备，2013.4: 39~44
[55]韩良,张倩. 《电子专用设备原理与实现技术》课程教学改革与探索，教育教学论坛，2013.11: 29~30
[56]韩良，卞印航. 《机电系统创新设计与实用技术》课程教改探索与实践，教育教学论坛，2013.10: 245~246
[57]郭丽萍，韩良. 国外工科新生研讨课教学、本科专业课教学实例分析与人才培养模式探讨——美国Lehigh University学习见闻与思考,高等工程教育研究，2013.1: 170~176
[58]王金鹏，韩良.解耦式振动给料器及其驱动电源的实验研究[J].东南大学2005年校庆研究生学术报告会，2005
[59]高晖，韩良.振动传输教学仪机构优化设计与实验研究[J].东南大学2007年校庆研究生学术报告会，2007
[60]李鹏飞，韩良.SK8050S特性及其实验研究[J].山西电子技术，2006(4)：18-19
[61]张荔，韩良.加速度传感器ADXL105的原理及实验研究[J].山西电子技术，2007(5)：9-12
[62]苏瑞鑫，韩良.SC-01型机电系统控制板的设计与实验研究[J].山西电子技术，2007(6)：28-35
[63]韩良 徐卫良.振动料斗的研究状况与前景展望.电子工业专用设备，1999第1期p6-13
[64]韩良 芮小建 钟秉林 颜景平.误差补偿执行件设计中存在问题的研究与探讨.中国机械工程，1995第6期p108-109
[65]韩良钟秉林 颜景平.精密可控误差补偿微位移器试验研究.压电与声光，1993第15卷 第6期，p40-44 （EI）
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