含能材料摩擦特性的研究进展与展望

含能材料广泛应用于现代国防武器装备与系统、航空航天的固体推进剂等，然而在含能材料的生产、压制、机械加工、使用和贮存等过程中，含能材料摩擦学问题逐渐成为制约其安全性和应用性的关键共性基础问题之一. 如何科学而全面的认识含能材料在不同条件下的摩擦行为、摩擦热点形成以及摩擦感度等问题，逐渐成为当前含能材料领域基础与应用研究的重要课题之一. 为此，本文作者首先分析了含能材料在不同过程中的关键摩擦学问题，在此基础之上，综述了近年来含能材料摩擦学相关测试技术方法和关键基础科学问题的最新研究进展，并结合含能材料摩擦学研究现状及发展趋势，对该交叉学科研究中的未来重点工作内容进行了展望分析.Energetic materials are widely used in modern national defense weapons and equipment, aerospace solid propellants and other fields. However, during the production, compaction, machining, use and storage processes of energetic materials, tribological issues related to energetic materials have gradually become one of the key common fundamental problems restricting their safety and application. How to scientifically and comprehensively understand the friction behavior, formation of friction hotspots, friction sensitivity and other related issues of energetic materials under different conditions has gradually become one of the important topics of basic and applied research in the current energetic materials field. To this end, the authors of this paper first analyzed the key tribological issues of energetic materials in various processes. On this basis, they reviewed the latest research progress in test methods and key fundamental scientific issues related to tribology of energetic materials in recent years. Combined with the current research status and development trends of energetic material tribology, they also conducted a prospective analysis of the future key research contents in this interdisciplinary field.

搜集汇总

背景与挑战

背景概述

该数据集是一篇关于含能材料摩擦特性的综述性学术文献，重点分析了含能材料在国防和航空航天等领域的应用背景，以及摩擦学问题对材料安全性和应用性的影响。数据集总结了含能材料在不同条件下的摩擦行为、测试技术研究进展，并展望了未来交叉学科的研究方向。