摘要
涉爆粉尘引发的爆炸事故频发给生产安全和环境保护带来了巨大挑战。随着工业化进程的加快和化工领域的不断发展,以微型纳米技术为切入点,对防爆抑爆材料的涉爆粉尘进行了深入研究。系统概述了微纳技术在爆炸粉尘防爆领域的应用,并对其独特的优势进行了分析。为后续材料研究提供了基础理论支撑,对涉爆粉尘的物理性质及其引发爆炸的机理进行了详细探讨。在此基础上,提出了一系列创新的防爆抑爆材料设计思路,并借助微纳技术的精密控制和灵活设计,在实验中验证了其性能,以回应涉爆粉尘的监测预警和防护需求。研究表明:涉爆粉尘防爆抑爆材料基于微纳技术,不仅在防护效果上得到了提高,而且在安全性和可靠性上也得到了更高的保障。研究成果为理论和实践意义重大的工业领域提供了一条新的技术路径和爆炸粉尘防爆的思路。
The frequent occurrence of explosion accidents caused by explosive dust has brought great challenges to production safety and environmental protection.With the acceleration of the industrialization process and the con-tinuous development of the chemical industry,explosive dust of explosion-proof and explosion-suppression mate-rials is studied in depth by using MEMS-Nano technology in this paper.It provides a systematic overview of the application of MEMS-Nano technology in the field of explosion-proof dust,and analyzes its unique advantages.It provides fundamental theoretical support for subsequent material research,and provides.and provides a detailed ex-ploration of the physical properties of explosive dust and the mechanism that triggers explosions.On this basis,a se-ries of innovative design ideas of explosion-proof and explosion-suppression materials are put forward,with the help of precise control and flexible design of MEMS-Nano technology,and their performance is verified in experi-ments to respond to the monitoring,warning,and protection needs of explosive dust.The research shows that the explosion-proof and explosion-suppression material based on MEMS-Nano technology has not only improved the protection effect,but also gained higher security reliability.The research results provide a new technical path and idea for explosion-proof in industrial fields with great significance in theory and practice.
作者
王恩贵
韦连伟
靳宇宁
WANG Engui;WEI Lianwei;JIN Yuning(Dongrun(Shandong)Environmental Engineering Co.,Ltd.;Shandong Zhibang Security Technology Consulting Co.,Ltd.,Linyi,Shandong Province,276000 China)
出处
《科技资讯》
2024年第18期99-101,共3页
Science & Technology Information
关键词
微纳技术
涉爆粉尘
防爆抑爆材料
爆炸机理
MEMS-Nano technology
Explosive dust
Explosion-proof and explosion-suppression materials
Ex‐plosion mechanism