摘要
智能变色助剂通过动态响应外界刺激实现色彩转换,为交互式纺织品设计提供了突破性技术路径。系统梳理了光致变色、热致变色、电致变色及生物响应型材料的显色机理,揭示其分子结构设计与环境适配性的内在关联;解析微胶囊封装、纳米复合及柔性电路集成技术对材料耐久性与响应速度的强化机制;探讨变色协同设计、动态色彩调控算法与用户交互界面开发的技术融合模式,构建刺激感知、信号处理、色彩反馈的闭环系统。在应用层面,重点阐述该技术在健康监测、运动装备、军事伪装及艺术设计等领域的创新实践,证实其通过视觉交互实现功能外显的独特价值。
Intelligent color-changing auxiliaries achieve color conversion by dynamically responding to external stimuli,providing a breakthrough technical path for interactive textile design.The color development mechanisms of photochromic,thermochromic,electrochromic and bioresponsive materials were systematically sorted out,revealing the intrinsic correlation between their molecular structure design and environmental adaptability.The strengthening mechanisms of microcapsule packaging,nanocomposites and flexible circuit integration technologies on material durability and response speed were analyzed;the technical integration model of color-changing collaborative design,dynamic color control algorithms and user interaction interface development were explored,and a closed-loop system of stimulus perception,signal processing and color feedback was constructed.At the application level,the focus is on elaborating the innovative practices of this technology in fields such as health monitoring,sports equipment,military camouflage,and art design,confirming its unique value of achieving functional externalization through visual interaction.
作者
熊博洋
XIONG Boyang(Shangqiu Vocational and Technical College,Shangqiu 476000,China)
出处
《印染助剂》
2025年第12期55-58,72,共5页
Textile Auxiliaries
基金
2026年度河南省高校人文社会科学研究一般项目(2026-ZDJH-1020)。
关键词
变色助剂
交互式纺织品
纺织品设计
color-changing additives
interactive textiles
textile design
