应用化学2026，Vol.43Issue(5)：663-676,14.DOI:10.19894/j.issn.1000-0518.250233
纸张老化过程的检测技术与纤维素降解演化方程的研究进展
Advances in Detection Techniques and Cellulose Degradation Evolution Equations Based on Paper Aging Process
摘要
Abstract
Aging degradation is an irreversible natural phenomenon of paper,but also an important factor affecting the preservation of paper documents and identification of physical evidence.Lignocellulose,the main component of paper,plays a key role in the durability and aging process of paper.This paper introduces the chemical mechanism of lignocellulose in the aging process of paper,and systematically combs through the detection technology of microstructure in the aging process of paper in recent years,and deeply analyzes the aging process of paper by combining with machine learning and other cutting-edge fields.We also summarize a variety of kinetic models proposed in the field of cellulose aging and degradation research at home and abroad,and summarize the changing law of paper in the aging process and its impact on durability.It aims to elucidate the key progress in recent years based on the research of paper aging mechanism and law from the level of characterization technology and dynamics,and provide theoretical support and technical path for the aging assessment of paper documents and judicial exhibits.关键词
纸张老化/木质纤维素/表征技术/降解演化方程Key words
Paper aging/Lignocellulose/Characterization techniques/Degradation evolution equation分类
化学化工引用本文复制引用
叶祯,赵鹏程,陈伟,张祉悦,李宗航,刘松,彭国彬..纸张老化过程的检测技术与纤维素降解演化方程的研究进展[J].应用化学,2026,43(5):663-676,14.基金项目
公安部科技强警基础专项(Nos.2022JC03,2023JC05)资助 Supported by the Ministry of Public Security Science and Technology Strengthening Police Basic Work Plan Project(Nos.2022JC03,2023JC05) （Nos.2022JC03,2023JC05）
