主要论文 |
[1] Jianyong Chen, Kangda Zhu, Yisheng Huang, Ying Chen, Xianglong Luo. Evaluation of the ejector refrigeration system with environmentally friendly working fluids from energy, conventional exergy and advanced exergy perspectives. Energy Conversion and Management, 2017;148:Pages 1208-1224 [2] Jianyong Chen, Kangda Zhu, Xianglong Luo, Ying Chen, Zhi Yang. Application of liquid-separation condensation to plate heat exchanger: comparative studies. Applied Thermal Engineering, 2019;157:113739. [3] Jianyong Chen, Rong Ding, Yunhai Li, Xu Lin, Ying Chen, Xianglong Luo, ZhiYang. Application of a vapor–liquid separation heat exchanger to the air conditioning system at cooling and heating modes. International Journal of Refrigeration, 2019; 100: Pages 27-36 [4] Jianyong Chen, Yisheng Huang, Zhiting Niu, Ying Chen, Xianglong Luo. Performance analysis of a novel organic Rankine cycle with a vapor-liquid ejector. Energy Conversion and Management, 2018;157: 382-395 [5] Jianyong Chen, Yunhai Li, Weixiong Chen, Xianglong Luo, Ying Chen, Zhi Yang, Ian W. Eames. Investigation of the ejector nozzle in refrigeration system. Energy, 2018;157:571-587. [6] Jianyong Chen, Yunhai Li, Rong Ding, Xu Lin, Ying Chen, Xianglong Luo, Zhi Yang. Comparative performance of air-conditioning systems with different refrigerant circuitries in liquid-separation condenser, International Journal of Refrigeration, 2018;92:54–164. [7] Jianyong Chen, Yisheng Huang, Zhiting Niu, Ying Chen, Xianglong Luo, Zhi Yang. Investigation of Vapor-liquid Ejector with Organic Working Fluids. Journal of Thermal Science, 2019;28(1):61-71. [8] Jianyong Chen, Xiaosheng Zheng, Guiqi Guo, Xianglong Luo, Ying Chen, Zhi Yang. A flexible and multi-functional organic Rankine cycle system: Preliminary experimental study and advanced exergy analysis. Energy Conversion and Management, 2019;187:339-355. [9] Hai Lu, Jianyong Chen, Li Guo. 5.7 Energy Quality Management. Comprehensive Energy Systems, 2018: 5, Pages 258-314 |
知识产权 |
[1] 发明专利:陈健勇;丁榕;陈颖;朱康达;罗向龙. 一种气-液喷射式ORC系统.授权. ZL201610771581.8 [2] 发明专利:陈健勇;朱康达;陈颖;丁榕;罗向龙. 一种分液式螺旋板式冷凝器.授权. ZL201610817518.3 [3] 发明专利:陈健勇;朱康达;陈颖;丁榕;罗向龙. 一种气液分离装置及带有气液分离功能的冷凝蒸发器. CN201710128944.0. 实质审查 [4] 发明专利:陈健勇;朱康达;陈颖;罗向龙. 带喷射器的双级蒸发制冷系统. CN201710612006.8 . 实质审查 [5] 发明专利:陈健勇;丁榕;李云海;陈颖;罗向龙. 一种蒸发器的管内干度控制方法及蒸发器. CN201710720251.0. 实质审查 [6] 发明专利:陈健勇;林旭;陈颖;罗向龙;朱康达. 一种冷凝加热装置. CN201810312992.X. 实质审查 [7] 发明专利:陈健勇;朱康达;陈颖;罗向龙. 一种分液相变板式换热器及其应用. CN201811023602.3. 实质审查 [8] 发明专利:陈健勇;牛志亭;陈颖;罗向龙. 一种射流式有机朗肯循环系统. CN201811368683.0.实质审查 [9] 发明专利:陈健勇;李俊杰;陈颖;罗向龙. 一种管板式多介质换热器. CN201910412692.3. 实质审查 [10] 发明专利:陈健勇;陈颖;罗向龙;郭长旭;李云海. 一种带喷射的气液分离换热的制冷或热泵系统. CN201910704010.6. 公开发明 [11] 发明专利:陈健勇;黄锟腾;林瀚;罗向龙;陈颖. 可调控非共沸制冷剂的热泵系统及系统优化方法. CN201910709078.3. 实质审查 [12] 发明专利:黄锟腾;陈健勇;陈颖;罗向龙. 一种热泵热水器. CN201910708434.X. 公开发明 [13] 发明专利:黄锟腾;陈柱光;林瀚;陈健勇. 一种太阳能水热循环式磁流体发电供热一体机及其发电供热方法. CN201910730226.X. 实质审查 [14] 发明专利:黄锟腾;陈健勇;陈颖;罗向龙;梁颖宗. 一种干度调控的管壳式相变换热器. CN201910860741.X.实质审查 [15] 发明专利:陈颖;陈健勇;李俊杰;罗向龙;梁颖宗;杨智. 一种海水淡化系统. CN201910925738.1. 公开发明 [16] 国际专利PCT专利申请:陈健勇;朱康达;陈颖;罗向龙. 一种分液相变板式换热器及其应用. PCT/CN2018/104222. 未授权 |