对过冷解除法制备水合物浆体过程中的热物理现象和机理的研究对深入认识水合物浆体的基本特性、提高水合物浆体的制备效率和在蓄冷与冷量输送等方面的应用都具有重要意义。本研究将从工程热物理、化学工程及制冷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，针对过冷解除法制备水合物浆体过程中的热质传递规律和机理进行深入研究。通过对水合物浆体晶核形成特性和晶体生长规律的研究，可为水合物浆体的高效制备提供基础数据和新思路；对水合物浆体固相颗粒和液相间的微观热质传递过程以及水合物浆体固相浓度提升过程中的多场耦合热物理问题进行实验研究，并建立数学物理模型进行理论分析和数值计算，以获得相关的热质传递特性和机理。通过本研究可进一步深入认识水合物浆体的基本热物理性质和规律，为其应用提供理论基础和指导；同时相关研究成果也可为其他相变浆体和固液两相体系的研究提供借鉴和参考，并可促进工程热物理学科同其他学科的交叉。

The investigation of thermo-physical phenomena and mechanisms in the generation of clathrate hydrate slurry by using supercooling release method is very important to the understanding of the fundamental properties and increasing the generation efficiency of clathrate hydrate slurry as well as to cold storage and transport applications. The present research will focus on the heat and mass transfer in the generation of clathrate hydrate slurry using supercooling release method from the multi-disciplinary aspects of engineering thermophysics, chemical engineering and refrigeration. The investigation of the formation and growth of crystal nuclei will provide new idea and fundamental information to the high-efficiency generation of clathrate hydrate slurry. The investigations of the heat and mass transfer between solid phase and liquid phase along with the multi-fields coupled thermo-physical problem will be experimentally conducted, and the theoretical models will be proposed to describe the mechanisms. The research results can be very instructive to deepen the understanding of the fundamental heat and mass transport phenomena and mechanisms of the clathrate hydrate slurry and can provide fundamental data for its further application. Furthermore, it can add new knowledge to the fields of similar phase change material slurries and solid-liquid two-phase systems as well as to the discipline of the engineering thermophysics.