Research progress on performance optimization of organic phase change materials

Ruihao YANG; Xiaoyan CHEN; Linfeng Liang; Wei Zhang; Lihong SHI; Congbiao Chen; Yongzhao WANG; Jun Wang; Jianghong ZHAO; Bo HOU; Wei ZHOU

doi:10.3724/2097-213x.2025.jfct.0038

Research progress on performance optimization of organic phase change materials

Journal of Fuel Chemistry and Technology 2026

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Authors: Ruihao YANG, Xiaoyan CHEN, Linfeng Liang, Wei Zhang, Lihong SHI, Congbiao Chen, Yongzhao WANG, Jun Wang, Jianghong ZHAO, Bo HOU, Wei ZHOU

DOI: 10.3724/2097-213x.2025.jfct.0038

Cited by: 0

References: 78

Abstract

有机相变材料（PCMs）因其优异的能量存储特性，在热管理和能源存储领域具有广泛应用。本工作综述了有机PCMs的主要类型及其性能优化策略。在热物性调控方面，介绍了通过构建共晶体系、调控分子结构及添加纳米颗粒等方式调节相变温度与潜热。在导热增强方面，总结了与零维、一维、二维及三维结构高导热材料复合的策略。此外，还针对有机PCMs存在的过冷现象和易燃性问题，分析了相应的抑制过冷方法与阻燃改性技术。展望了未来有机相变材料的发展方向，随着技术的突破，有机相变材料将在能源存储和热管理等领域得到更广泛应用。

Fields of Study & Subjects

Phase Change Materials Research Adsorption and Cooling Systems Thermal properties of materials

Publication details

Journal / source: Journal of Fuel Chemistry and Technology
Volume: 54
Issue: 9
Pages: 20250351–20250351
Publication date: 15 January 2026
Language: EN

References 78