对润滑油灌注多孔光滑表面-SLIPS表面滴状冷凝传热现象和机理的研究对深化有关滴状冷凝传热的认识和促进SLIPS表面的应用都具有重要意义。本研究将从工程热物理、化学工程及材料科学与工程等多学科交叉的角度出发，结合理论分析、实验研究和数值计算，针对SLIPS表面的制备与表征、SLIPS表面的冷凝传热过程、润滑油膜覆盖冷凝液滴的运动过程和SLIPS表面应用于传热过程等的热物理现象和机理进行深入研究。通过分析润滑油和水的表面扩散系数可为制备性能更佳的SLIPS表面提供新思路；对SLIPS表面润滑油膜覆盖的冷凝液滴的聚合和滑移过程以及SLIPS表面冷凝传热特性的研究，有助于深入理解SLIPS表面冷凝传热机理。通过本研究可进一步深化对SLIPS表面滴状冷凝传热现象和机理的认识，为其应用提供基础和指导；同时相关研究成果也可加深对复杂条件下冷凝传热过程的理解，并可促进工程热物理学科同其他学科的交叉。

The investigation of the dropwise condensation heat transfer on the SLIPS (Slippery Lubricant-Infused Porous Surface) is very important to the deep understanding of the fundamental mechanism of condensation heat transfer and to promote the application of the SLIPS. The present research will focus on the fabrication and characterization of the SLIPS, condensation heat transfer on the SLIPS, dynamic behavior of the lubricant-cloaked water droplet and application of the SLIPS to thermosyphon from the multi-disciplinary aspects of engineering thermophysics, chemical engineering and material science and engineering. The investigation of the mutual diffusion of the lubricant and water will provide new idea and fundamental information to fabricate the SLIPS with better performance and longevity. The investigations of the condensate droplet behavior and the interaction between the droplet and lubricant as well as the condensation heat transfer performance will promote the understanding of the condensation heat transfer on the SLIPS. The research results can be very instructive to deepen the understanding of the fundamental heat and mass transport phenomena and mechanisms of the dropwise condensation on the SLIPS and can provide fundamental data for its further application. Furthermore, it can add new knowledge to the fields of similar condensation heat transfer under the complex conditions as well as to the discipline of the engineering thermophysics.