论文期刊

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论文标题 作者 发表/完成日期 期刊名称
Thermodynamic performance evaluation of an ejector-enhanced transcritical CO2 parallel compression refrigeration cycle Tao Bai*, Rongxuan Shi, Jianlin Yu 2023-05-15 International Journal of Refrigeration
Thermodynamic performance optimization and analysis of an auto-cascade refrigeration cycle with vapor injection for ultra-low temperature freezer Dawei Li, Tao Bai*, Jianlin Yu 2023-01-01 International Journal of Refrigeration
Performance analysis of a modified ejector-enhanced auto-cascade refrigeration cycle Shuilong Liu,Tao Bai*,Yuan Wei, Jianlin Yu 2022-12-08 Energy
Influence of internal heat exchanger position on the performance of ejector-enhanced auto-cascade refrigeration cycle for the low-temperature freezer Tao Bai*, Gang Yan, Jianlin Yu 2022-01-01 Energy
Experimental investigation on the influence of ejector geometry on the pull-down performance of an ejector-enhanced auto-cascade low-temperature freezer Tao Bai#, Hongxu Xie, Shuilong Liu, Gang Yan, Jianlin Yu 2021-11-15 International Journal of Refrigeration
Experimental research on a Joule-Thomson refrigeration cycle with mixture R170/R290 for −60 °C low-temperature freezer Tao Bai*, Dawei Li, Hongxu Xie, Gang Yan, Jianlin Yu 2021-03-05 Applied Thermal Engineering
Thermodynamic assessment of a condenser outlet split ejector-based high temperature heat pump cycle using various low GWP refrigerants Tao Bai*，Gang Yan， Jianlin Yu 2019-05-01 Energy
Experimental Investigation on the Dynamic Malfunction Behavior of the Two-phase Ejector in a Modified Auto-cascade Freezer Refrigeration System Tao Bai*，Gang Yan，Jianlin Yu 2018-12-22 Energy Conversion and Management
Experimental investigation on the concentration distribution behaviors of mixture in an ejector enhanced auto-cascade refrigeration system Tao Bai*, Gang Yan, Jianlin Yu 2018-12-01 International Journal of Refrigeration
Experimental research on the pull-down performance of an ejector enhanced auto-cascade refrigeration system for low-temperature freezer Tao Bai* , Gang Yan, Jianlin Yu 2018-06-01 Energy
Experimental investigation of an ejector-enhanced auto-cascade refrigeration system. Applied Thermal Engineering Tao Bai, Gang Yan*, Jianlin Yu 2017-10-10 Applied Thermal Engineering
Performance evolution on a dual-temperature CO2 transcritical refrigeration cycle with two cascade ejectors Tao Bai, Gang Yan*, Jianlin Yu 2017-03-21 Applied Thermal Engineering
Advanced exergy analyses of an ejector expansion transcritical CO2 refrigeration system Tao Bai, Jianlin. Yu*, Gang. Yan. 2016-08-28 Energy Conversion and Management
Advanced exergy analysis on a modified auto-cascade freezer cycle with an ejector Tao Bai, Jianlin. Yu*, Gang. Yan. 2016-07-21 Energy
Energy and exergy efficiency analysis of solar driven ejector–compressor heat pump cycle Gang. Yan*, Tao Bai, Jianlin Yu 2016-01-05 Solar Energy
Thermodynamic analysis on a modified ejector expansion refrigeration cycle with zeotropic mixture (R290/R600a) for freezers Gang Yan*, Tao Bai, Jianlin Yu 2015-12-29 Energy
Experimental investigation on vapor injection heat pump with a newly designed twin rotary variable speed compressor for cold regions Gang Yan*, Qinlei Jia, Tao Bai. 2015-11-04 International Journal of Refrigera
Thermodynamic analyses on an ejector enhanced CO2 transcritical heat pump cycle with vapor-injection Tao Bai, Gang Yan*, Jianlin Yu 2015-04-20 International Journal of Refrigeration
Thermodynamics analysis of a modified dual-evaporator CO2 transcritical refrigeration cycle with two-stage ejector Tao Bai, Gang Yan*, Jianlin. Yu 2015-03-24 Energy
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专利

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专利名称 申请号 专利类型 申请日期
一种CO2两级压缩双温制冷系统 CN202310415514.2 发明 2023.04.18
一种用于数据中心冷却的喷射器-液泵复合增效的制冷循环系统 CN202310344740.6 发明 2023.04.03
一种双喷嘴喷射器增效的蒸气压缩高温热泵系统及其循环方法 CN202210631406.4 发明 2022.06.06
一种采用喷射器增效的低温制冷循环系统 CN202210602666.9 发明 2022.05.30
一种采用双级喷射器增效的梯级换热热泵循环系统 CN202210401655.4 发明 2022.04.18
一种采用喷射器的混合工质低温制冷循环系统和控制方法 CN202110555849.5 发明 2021.05.21
一种适用于大温跨的低温热泵循环系统及循环方法 CN202011066476.7 发明 2020.09.30
采用喷射器增效的两级自复叠制冷循环系统及循环方法 CN201811103164.1 发明 2020.05.26
一种电动汽车热泵空调系统 CN202310415511.9 发明 2020.01.01
一种采用喷射器增效的多温区和大温跨热泵循环系统 CN201911165104.7 发明 2019.11.25
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