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2025年：

  1. Qingjie Cui, Xiang Ma, Ziyi You, Xiaoping Yang*, Yonghai Zhang, Jinjia Wei. Bending the heat: innovative ultra-thin flexible loop heat pipes for enhanced mobile device cooling. Energy Conversion and Management, 325 (2025) 119332.
  2. Shichao Bu, Zhuye Jiang, Jie Li, Xiaoping Yang*, Zhen Sun, Yonghai Zhang, Jinjia Wei. Managing 1000 W high-power chips by a high-capacity and lightweight 3D thermosyphon: an experimental and theoretical study. Applied Thermal Engineering 262 (2025) 125262.

2024年：

  1. Yao Zhou, Jiping Liu, Yicheng Ni, Qingjie Cui, Xiaoping Yang*, Jinjia Wei, Junjie Yan. Performance of a novel loop heat pipe coupled with micro vapor-driven jet injector - an experimental and numerical study. International Journal of Heat and Mass Transfer, 231 (2024) 125853.
  2. Xinyu Ji, Xiaoping Yang*, Xiang Ma, Hongmiao Tian, Jinjia Wei, Bengt Sunden. Two-phase flow characteristics and visualization of distributed confined array jet boiling. Case Studies in Thermal Engineering 57 (2024) 104345.
  3. Xiaoping Yang*, Shichao Bu, Zhuye Jiang, Hongqiang Chen, Zhen Sun, Yonghai Zhang, Jinjia Wei. Study of saturated pool boiling heat transfer characteristics of R1233zd(E) on Aluminum-based micro-pin finned surfaces. International Journal of Heat and Mass Transfer 232 (2024) 125952.
  4. Xiaoping Yang, Qingjie Cui, Yao Zhou, Gaoxiang Wang, Lei Liu, Jinjia Wei*. Effect of tilt angle and base plate design on the performance of a loop heat pipe driven by vapor-liquid injector. Applied Thermal Engineering, 2024, 255: 123921.
  5. Xiaoping Yang*, Shichao Bu, Zhuye Jiang, Yao Zhou, Zhen Sun, Yonghai Zhang, Jinjia Wei. Experimental study of an aluminum based three-dimensional thermosyphon heat sink with microscale enhancement structure. Applied Thermal Engineering, 2024, 257:124273.
  6. Hongqiang Chen, Quan Gao, Yonghai Zhang*, Xiaoping Yang*, Jinjia Wei, Paolo Di Marco. Experimental study of the flow boiling heat transfer characteristics of teardrop-like micro-pin-finned chip surface in semi-open microchannel. International Journal of Heat and Mass Transfer 238 (2025) 126442.
  7. Xiaoping Yang, Qingjie Cui, Ziyi You, Jie Liu, Yonghai Zhang, Jinjia Wei*. Experimental and theoretical study on performance of bi-porous wick for passive phase-change devices. Physics of Fluids, 2024, 36(12): 123308.
  8. 周尧，杨小平*，倪一程，刘继平，魏进家，严俊杰．应用于新型环路热管的两相引射器数值模拟．化工学报. 2024, 75 (1): 268-278.
  9. 刘帆，张芫通，陶成，胡成玉，杨小平*，魏进家．歧管式射流微通道液冷散热性能研究．化工学报. 2024. DOI: 10.11949/0438-1157.20231228.
  10. Chengyu Hu, Xiaoping Yang, Zihuan Ma, Xiang Ma, Yali Feng, Jinjia Wei*. Research on heat transfer and flow distribution of parallel-configured microchannel heat sinks for arrayed chip heat dissipation. Applied Thermal Engineering, 2024, 255:124003.
  11. Xiang Ma, Chengyu Hu, Xinyu Ji, Xiaoping Yang, Na Xu*, Yonghai Zhang*, Jinjia Wei, Yali Feng, Sundén Bengte. Flow boiling frictional pressure drop inside micro/mini-channels: A new general model and experimental investigation. Applied Thermal Engineering, 2024, 247: 123111.
  12. Xiang Ma, Liangxin Gui, Chengyu Hu, Gege Song, Xiaoping Yang, Yonghai Zhang*, Jinjia Wei. Jet impingement boiling heat transfer performance of refrigerant HP-1 in micro-pin-finned surfaces for high-power chips. International Journal of Heat and Mass Transfer, 2024, 221:125101.
  13. Yuantong Zhang, Xiaoping Yang, Xinyu Ji, Chengyu Hu, Jinjia Wei*. Numerical and experimental study on manifold-distributed jet microchannel with micro-pin-fins. Applied Thermal Engineering, 2024, 258:124675.

2023年：

  1. Xinyu Ji, Xiang Ma, Xiaoping Yang, Jinjia Wei*, Bengt Sunden*. Jet array impingement boiling in compact space for high heat flux cooling, Applied Thermal Engineering, 219 (2023) 119538.
  2. Xiang Ma, Xinyu Ji, Chenyu Hu, Xiaoping Yang, Yonghai Zhang, Jinjia Wei, Godasiaei, Seyed Hamed. Saturated/subcooled flow boiling heat transfer inside micro/mini-channels: A new prediction correlation and experiment evaluation. International Journal of Heat and Mass Transfer, 2023, 210: 124184.
  3. Lei Liu, Xiang Ma, Xinyu Ji, Xiaoping Yang, Jinjia Wei*. Performance improvement of loop heat pipe by micro-pin-fins/powders composite surface. International Journal of Heat and Mass Transfer, 2023, 208: 124093.

 

2022年：

  1. Lei Liu, Bo Yuan, Xiaoping Yang*, Chenyi Cui, Jinjia Wei*. Experimental study of a novel loop heat pipe with a vapor-driven jet injector and a boiling pool. International Journal of Heat and Mass Transfer, 2022, 184: 122267.
  2. Xiaoping Yang, Jie Liu, Gaoxiang Wang, Jinjia Wei*. Experimental study of mechanical-capillary driven phase-change loop for heat dissipation of electronic devices and batteries. Applied Thermal Engineering 210 (2022) 118350.
  3. Xiaoping Yang, Nana Chen, Yao Zhou, Jiping Liu*, Jinjia Wei. Dynamics of chugging phenomenon induced by subsonic and supersonic steam-air jet condensation in water flow. Experimental thermal and fluid science. 136 (2022) 110672.
  4. Lei Liu, Bo Yuan, Chenyi Cui, Xiaoping Yang*, Jinjia Wei. Investigation of a loop heat pipe to achieve high heat flux by incorporating flow boiling. International Journal of Heat and Mass Transfer 195C (2022) 123173.
  5. Xinyu Ji, Xiaoping Yang, Yuantong Zhang, Jinjia Wei*. Experimental study of ultra-low flow resistance fractal microchannel heat sinks for electronics cooling. International Journal of Thermal Science, 179 (2022) 107723.
  6. 刘蕾，袁博，崔晨乙，杨小平，魏进家．耦合引射器和沸腾池的环路热管传热特性研究．西安交通大学学报，56, 07, 2022.
  7. 魏进家，刘蕾，杨小平. 面向高热流电子器件散热的环路热管研究进展，化工学报，2022.

2021年：

  1. Lei Liu, Xiaoping Yang*, Bo Yuan, Yonghai Zhang, Jinjia Wei*. Experimental study of a novel loop heat pipe with a vapor-driven jet injector. International Journal of Heat and Mass Transfer, 2021, 164: 120518.
  2. Xiaoping Yang, Pengfei Fu, Nana Chen, Yao Zhou, Jiping Liu*, Jinjia Wei. Experimental study on pressure pulse generated by condensing subsonic/supersonic steam jet in a horizontal channel. Nuclear Engineering and Design, 2021, 378: 111175.
  3. Yao Zhou, Xiaoping Yang*, Pengfei Fu, Jiping Liu*, Junjie Yan. Numerical investigation on submerged steam jet condensation in subcooled water flow in a restricted channel with the presence of non-condensable gas. International Journal of Thermal Sciences, 2021, 170: 107122.
  4. Lei Liu, Xiaoping Yang*, Bo Yuan, Jinjia Wei*. Investigation of temperature oscillations in a novel loop heat pipe with a vapor-driven jet injector. International Journal of Heat and Mass Transfer 179 (2021) 121672.

2015~2019年：

  1. Xiaoping Yang, Daotong Chong, Jiping Liu*, Xiao Zong, Junjie Yan. Experimental study on the direct contact condensation of the steam–air mixture in subcooled water flow in a rectangular channel[J]. International Journal of Heat and Mass Transfer, 2015, 88: 424-432.
  2. Xiaoping Yang, Jiping Liu*, Xiao Zong, Daotong Chong, Junjie Yan. Experimental study on the direct contact condensation of the steam jet in subcooled water flow in a rectangular channel: flow patterns and flow field [J]. International Journal of Heat and Fluid Flow, 2015, 56, 172-181.
  3. Xiaoping Yang, Daotong Chong, Jiping Liu*, Xiao Zong. Pressure oscillation induced by steam jet condensation in subcooled water flow in a channel. International Journal of Heat and Mass Transfer, 2016, 98: 426-437.
  4. Xiaoping Yang, Jia Liu, Jiping Liu*, Nana Chen, Junjie Yan. Interface dynamics and pressure oscillation of stable steam jet condensation in water flow in a confined channel with the presence of non-condensable gas, International Journal of Heat and Mass Transfer, 2017, 111C: 1157-1171.
  5. Xiaoping Yang, Pengfei Fu, Nana Chen, Jiping Liu*, Jinjia Wei. Mechanisms of pressure pulse for condensing supersonic steam jet in a rectangular channel. Experimental Thermal and Fluid Science, 2019,105:223-233.
  6. Xiaoping Yang, Jiping Liu*, Pengfei Fu, Nana Chen, Jinjia Wei. Experimental and theoretical study of pressure oscillation of unstable steam-air jet condensation in water in a rectangular channel. International Journal of Multiphase Flow, 2019,119: 14-27.
  7. Pengfei Fu, Yao Zhou, Xiaoping Yang*, Junjie Yan, Jiping Liu*. Experimental study on the effect of non-condensable gas dissolved in sub-cooled water on steam jet condensation in a rectangular channel. International Journal of Heat and Mass Transfer, 2019,134:668-679.
  8. 杨小平, 陈旖, 李涛, 宗潇, 刘继平, 严俊杰. 蒸汽空气混合物与过冷水直接接触凝结研究. 工程热物理学报,2015, (11): 2493-2497.
  9. 杨小平，陈旖, 宗潇，周轮，刘继平，严俊杰. 有限通道内蒸汽射流凝结压力振荡强度特性[J]. 科学通报，2017(7):730-736.
  10. 李涛，宗潇，杨小平，刘继平. 矩形通道内高速蒸汽与过冷水直接接触凝结换热流型的实验研究[J]. 西安交通大学学报，2014,48（5）：50-55.

 

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  1. 杨小平，颜逸龙，王强，罗博，魏进家. 一种高热流密度电子器件蒸发散热装置与方法，国家发明专利，授权日期：2021.12.03, 专利号：ZL202011476884.X.
  2. 杨小平, 魏进家, 冀昕宇,张永海,刘蕾. 一种低流阻芯片嵌入式阵列微射流散热器及其制造方法，国家发明专利，授权日期：2022.1.30, 专利号：202010382883.2.
  3. 杨小平, 魏进家, 张芫通, 张永海, 陈娜娜. 一种射流-横流组合浸没式散热装置与方法, 国家发明专利, 授权日期：2022.5.6，专利号: 202110707777.1.
  4. 杨小平，汪高翔，陈娜娜，魏进家. 一种相变散热装置, 国家发明专利, ,授权日期：2022.10.10，专利号: 202110830449.0.
  5. 杨小平，陈娜娜，周尧，刘继平，魏进家. 一种核反应堆抑压池的交错射流式鼓泡器, 国家发明专利，授权日期：2023.1.13,专利号：202110038532.4.
  6. 杨小平, 刘杰，魏进家，张永海. 一种协同驱动的高热流密度芯片相变散热装置和方法，国家发明专利，授权日期：2023.6.13, 专利号： 202011080127.0.
  7. 杨小平，魏进家，张永海，汪高翔,冯振华，魏庆宇，陈随. 一种多源驱动的大功率环路热管散热装置, 国家发明专利，授权日期：2024-2-4，专利号: 202210948782.8.
  8. 杨小平，姜明朵，张睿涵，赵丽娟，萧涵文，李杰，张永海，魏进家. 一种柔性均热板及其制备方法，国家发明专利，授权日期：2024-8-29，专利号：202311335794.2.
  9. 杨小平，李杰，魏进家，崔庆杰，张永海. 一种环路热管相变散热装置及其制造方法，国家发明专利，申请日：2024-8-29,申请号：202410083822.4.
  10. Wei Jinjia，Yang Xiaoping，Liu Lei，Liu Jie. Loop heat pipe with vapor-liquid two-phase flow injector，授权日期：2021.05.04，专利号: US10996003B2.（美国专利）
  11. 魏进家,杨小平,张永海,刘蕾,冀昕宇. 基于弹性湍流的超低流阻微通道液冷换热器及其制造方法，国家发明专利，授权日期：2022.1.30, 专利号：202010383793.5.
  12. 魏进家, 杨小平, 张永海, 陈娜娜, 汪高翔. 一种散热装置, 国家发明专利, 授权日期：2022.3.25，专利号: 202110589246.7.
  13. 魏进家，刘蕾，杨小平，刘杰. 一种有汽液两相流喷射升压装置的环路热管散热器，国家发明专利，授权日期：2020.6.19，专利号：ZL201910185636.0.
  14. 魏进家，刘蕾，杨小平，张永海，刘杰. 一种带支路的微结构液体自驱动平板型环路热管，国家发明专利，授权日期：2020.6.19，专利号：ZL201910769614.9.
  15. 魏进家, 刘蕾, 杨小平, 张永海, 袁博, 周杰. 一种可在高漏热下稳定运行的平板式环路热管及使用方法, 国家发明专利，授权日期：2021.08.13，专利号：ZL202011026819.7.
  16. 魏进家，刘杰，杨小平，张永海. 一种两相散热回路主动控制系统与方法，国家发明专利，授权日期：2021.08.13，专利号：ZL202011079353.7.
  17. 王进士，杨小平，刘继平，种道彤，严俊杰，邢秦安.氢氧闭式循环动力系统性能计算软件. 软件著作权, 授权日期：2019.10.16，专利号：2019SR1051984.
  18. 张永海，刘万渤，杨小平，魏进家，一种机械扰动驱浸没式液冷烧结毛细芯铜基散热装置，国家发明专利，授权日期：2022.04.13，专利号： 202111088291.0.
  19. 张永海，刘万渤，杨小平，魏进家，一种浸没式液冷毛细芯能量转化自驱动相变散热装置，国家发明专利，授权日期：2022.04.13，专利号：202111095537.7.
  20. 张永海，刘万渤，朱志强，杨小平，魏进家，一种浸没式液冷烧结多孔毛细芯耦合微通道散热装置，国家发明专利，授权日期：2022.03.11，专利号：202110464785.8.
  21. 张永海，徐鹏卓，杨小平，魏进家，一种泵驱薄膜蒸发第三代半导体电子器件散热装置及方法，国家发明专利，授权日期：2021.08.13，专利号：202010027236.X.
  22. 张永海，刘万渤，朱志强，杨小平，魏进家，一种Y字形浸没式毛细微通道强化散热结构及其制造方法，国家发明专利，授权日期：2022.09. 16，专利号：202110464779.2.
  23. 魏进家, 冀昕宇, 杨小平, 张永海. 基于仿生分形结构的超低流阻微通道散热器及其制造方法,国家发明专利，授权日期：2024.04.16，专利号：202011233530.2.
  24. 魏进家;张锋;杨小平;孙锲;李法团;张永海;杜慕;马祥. 一种环路热管结构及电子产品，国家发明专利，授权日期：2024.08.23，专利号：ZL20221 1216258.6.