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| Institute | Department of Building Environment and Energy Engineering | 
Research Area
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Development and research of CO2 automobile air conditioner and heat pump system
Energy-saving technology of refrigeration and air-conditioning system
Research on enhanced heat transfer and energy-saving technology
Research and development of new refrigeration and air conditioning systems | | Contact Info. | Lvjing810@163.com |
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| | Education | | • Doctor of Engineering, 2005, Tianjin University, Tianjin, China. | | • Master of Engineering, 2000, Tianjin University, Tianjin, China. | | • Bachelor of Engineering, 1986, Tianjin University of Commerce, Tianjin, China. | | Latest Publications | | 1. Unit type evaporative cooler combining dry and wet channels, ZL201510760364.4, 2017. | | 2. Dew-point indirect evaporative cooler and temperature and humidity independence control air conditioning system, ZL201410323460.8, 2017. | | 3. Cooling and dehumidifying method for temperature and humidity independence control system, ZL201410064224.9, 2016. | | 4. Solar evaporative cooling and capillary radiation refrigeration, heating and hot water system, ZL201310237389.7, 2015 | | 5. Lv Jing, Shi Dongdong, Wang Taisheng, Fu Yijun, Li Chang, Simulation research of heat transfer characteristics of carbon dioxide in microchannel evaporator, Journal of Thermal Science and Engineering, 10(6), 061001, (2018). | | 6. Lv Jing, Shi Mingxing, Cao Ke, Zhang Xu, Zhang Jikai, Zhao Depeng, Numerical simulation and verification of flow distribution and heat transfer characteristics of CO2 micro-channel gas cooler, Journal of Refrigeration,39(4), 78-80, (2018). | | 7. Lv Jing, Li Chang, Shi Dongdong, Chen Qi, Simulate verification of CO2 microchannel evaporator pressure drop, CIESC Journal, 68(05), 1866-1873, (2017). | | 8. Li Chang, Lv Jing, Ma Yiping, Energy consumption efficiency of a CO2 tube-in-tube gas cooler under second law of thermodynamics, Building Energy Efficiency, 45(04), 20-23+32, (2017). | | 9. Chang Mingtao, Lv Jing, Gao Qiang, Zhao Qihao, Shen Kan, Shi Mingxing, Structure optimization of the spiral- tube phase change ice storage device, Building Energy Efficiency, 45(05), 114-116+152, (2017). | | 10. Zhao Qihao, Lv Jing, Cao Ke, Heat exchange performance simulation of carbon dioxide micro-channel gas cooler with fin structure, Journal of Engineering for Thermal Energy and Power, 32(S1), 28-35+127-128, (2017). | | 11. Lv Jing, Li Ning, Shen Kan, Zhu Siqian, Experimental study of unit dew-point evaporative cooling system, Journal of Engineering for Thermal Energy and Power, 32(05), 8-14+133, (2017). | | 12. Lv Jing, Cao Ke, Shi Dongdong, Lv Feng, Ma Yiping, Experimental study on performance of supercritical CO2 heat exchanger with four different inner tubes, Journal of Donghua University, 33(01), 138-143, (2016). | | 13. Lv Jing, Ma Yiping, Cao Ke, Shi Dongdong, Gao Qiang, Hu Tete, Zhao Qihao, Design and experimental study on CO2 water-cooled tube-in-tube gas cooler, Journal of Refrigeration, 37(02), 113-118, (2016). | | 14. Shi Dongdong, Lv Jing, Cao Ke, Ma Yiping, Chen Wenjing, Li Chang, Entransy dissipation analyses of transcritical CO2 gas cooler, Journal of Refrigeration, 36(06), 90-97, (2015). | | 15. Wang Taisheng, Lv Jing, Shi Dongdong, Ma Yiping, Zhao Qihao, Research on personnel density and air conditioning cooling load in a general hospital, Heating Ventilating & Air Conditioning, 45(11), 17-21+9, (2015). | | 16. Lv Jing, Hu Tete, He Zhebin, Eric Hu, Theoretical analysis for the influence of the regenerative process on the Trans-Critical CO2 cycle, Advanced Materials Research, 860-863, 1633-1637, (2014). | | 17. Lv Jing, Shi Dongdong, Xu Feng, Zhu Siqian, Entropy analysis of CO2-air microchannel evaporator in two-phase flow region, CIESC Journal, 65(12), 4734-4741, (2014). | | 18. Lv Jing, Xu Feng, Wang Jinyu, Zhu Siqian, Shi Dongdong, Experimental study on heat transfer performance of CO2 tube-in-tube gas cooler, Journal of Refrigeration, 35(04), 67-72, (2014). | | 19. Lv Jing, Ren Yingying, Yang jie, Dou Junjun, Hu Tete, Experimental study on the influence of the water temperature to the performance of CO2 heat pump water heater, Journal of Refrigeration, 33(06), 73-78, (2012). |
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