Research and Application of Preparation and Encapsulation Technology for Flexible Phase Change Materials
In the face of the continuously increasing global energy demand and the challenge of ecological sustainability,the search for efficient energy conversion methods and the development of energy-saving technologies has become crucial.Phase change materials have become important innovative materials in the fields of energy storage,temperature regulation,and efficient thermal management due to their ability to absorb and release large amounts of latent heat during the solid-liquid transition process.Flexible composite phase change materials,due to their ability to maintain performance under deformation conditions,are considered to have significant application prospects in future smart devices and systems.This article provides an in-depth discussion and evaluation of the research progress,synthesis strategies,and functional development of flexible phase change materials.By analyzing the practical applications of flexible phase change materials in daily life,the potential and possibilities of achieving efficient thermal management and adapting to complex application environments are elucidated.This review provides a systematic theoretical guidance for the future development and further exploration of flexible phase change materials.
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