• 多尺度下传热与传质现象与理论     Phenomena and Principle of Multi-Scale Heat and Mass Transfer 

• 可视化热物性测试                         Visualization Measurement of Thermal Properties

• 动态热管理技术与器件                  Dynamic Thermal Management Techniques and Devices

• 强化传热与节能设备设计与优化    Design and Optimization of Equipment for Heat Transfer Enhancement and Energy Saving

  
  

【研究成果宣传】

       近期，课题组在Nature Communications期刊发表的"Wide range continuously tunable and fast thermal switching based on compressible graphene composite foams"研究成果在国内外各大网络媒体和行业主流媒体得到了广泛报道，相关报道链接和截图如下：

山东大学报道：https://www.view.sdu.edu.cn/info/1021/155529.htm

普渡大学报道：https://www.purdue.edu/newsroom/releases/2021/Q3/thermal-switches-dynamically-moderate-heat-of-electronic-devices.html

其他媒体报道：Graphene foam assists in building a "thermal switch" that dynamically moderates heat of electronic devices | Graphene-Info

【研究成果发表期刊】