苯并噁嗪树脂的高性能化、绿色化与功能化研究进展

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中图分类号：069 文献标志码：A

Research Progress on High Performance， Sustainable and Functional Properties of Benzoxazine Resins

XIELin，LUYin，YAO Zhenhao，SHENGWeichen，ZHANGKan （Institute of Polymer Materials， School ofMaterials Science and Engineering，Jiangsu University， Zhenjiang212013， Jiangsu， China）

Abstract：Benzoxazineresins，asanovel class ofthermoseting polymer materials，have garnered significant atention from bothacademiaandindustryduetotheiruniquestructuraldesignability.Withtherapidadvancementsinhigh-end technological fieldsand thecontinuous enhancementof environmental awarenessamong humans，the future development trendofbenzoxazineresins isinevitably groundedin highperformanceandmultifunctionalitywithapredominantfocuson sustainability. Our research team insist on the novel synthetic approach to benzoxazine molecules，aiming to explore the relationship between the molecular structure，thecuring mechanisms of thermoseting resin monomersand the resulting material properties through the design and regulationof molecular structures and hydrogen bonding.We innovate highperformance benzoxazine resin systems，develop methods for optimizing the performanceof sustainable bio-based thermosetingresins，andfabricatenewbenzoxazine-basedfunctionalmaterials.Thispaperreviews therecent progresmade byourteam inthehigh-performanceenhancement，greening，and functionalizationof benzoxazineresins，whilealso projecting future research directions for this field.

Key words： benzoxazine resin; high performance; functional application; bio-based; molecular design

为了满足电工电子和航空航天等先进技术领域的特殊需求，研究者们对高性能材料的开发日趋重视。（剩余28594字）