嘉宾简介： 李永亮教授是英国伯明翰伯明翰大学化学工程和能源储存中心的热能工程系主任。他的研究重点是热能转换、储存和热管理。他正在领导几个由UKRI资助的关于热能储存和加热/冷却脱碳的赠款挑战项目，同时他也是欧盟资助的RISE项目的协调员，该项目旨在与17个国际合作伙伴合作开发低碳冷却技术。李教授发表了100多篇同行评议文章，h指数为32。他因其学术成就获得了多个著名奖项，包括Dorothy Hodgkin Award奖、CSC奖和Collaborative Development Award奖等。 内容简介： The ability of thermal energy storage (TES) systems to facilitate energy savings, renewable energy use and reduce environmental impact has led to a recent resurgence in their interest. However, the cold thermal storage is still the Cinderella in thermal energy storage, receiving little attention in the energy debate so far, although it can play a vital role in the cold chain foundation. The microencapsulation of phase change materials was turned to be a viable technique for cold thermal storage. In this presentation I will discuss our work on the microencapsulation of volatile phase change materials, covering both the formulation process and mechanism, as well as the thermal and rheological behaviors of the MPCMS and its slurry. 报告主要阐述冷能存储这个在能源储存中尚未引起广泛关注的领域，尤其是它在冷链基础中发挥的重要作用，报告中将讨论相变材料的微胶囊化及其可行的蓄冷技术，介绍在挥发性相变材料微胶囊化方面的工作，包括其配方过程、机理，以及MPCMs及其浆料的热流和流变行为。
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