CAJ | 학술논문

固态相变已经从传统结构材料的增强增韧延伸到新型功能材料研究领域，引发多种奇特的物理效应。目前已经形成一批基于固态相变的新型功能材料。这些新型功能材料蕴含着丰富的固态相变理论。固态相变现已成为新型功能材料设计与功能特性实现的重要手段之一。文章结合作者在固态相变及特种功能材料方面的研究工作，重点介绍高温形状记忆合金、高阻尼形状记忆合金、磁致伸缩材料和热障涂层材料中的固态相变特征及其在这些特种功能材料设计与功能实现和调控中应用的研究进展。
고태상변이경종전통결구재료적증강증인연신도신형공능재료연구영역，인발다충기특적물리효응。목전이경형성일비기우고태상변적신형공능재료。저사신형공능재료온함착봉부적고태상변이론。고태상변현이성위신형공능재료설계여공능특성실현적중요수단지일。문장결합작자재고태상변급특충공능재료방면적연구공작，중점개소고온형상기억합금、고조니형상기억합금、자치신축재료화열장도층재료중적고태상변특정급기재저사특충공능재료설계여공능실현화조공중응용적연구진전。
Solid-state phase transformations have been extended from toughening and strengthening of traditional structural materials to advanced functional materials, inducing many interesting physical phenomena. Varieties of functional materials have been developed based on the solid-state phase transformations. Studies on these functional materials have effectively enriches the theories of solid-state materials. The solid-state transformation have become one of the important approaches of functional materials designing and functionalities output. This paper briefly introduces the advances in solidstate phase transformations and their applications in high-temperature shape memory alloys, high damping shape memory alloys, magnetostrictive materials, and thermal barrier coatings.