精品文档---下载后可任意编辑上升热流下固体可燃物热解着火特性规律讨论的开题报告摘要：上升热流下固体可燃物热解着火特性是化工行业安全生产中的重要内容。本讨论旨在探究上升热流下固体可燃物热解着火特性的规律，从而为化工行业的安全生产提供一定的理论参考。本讨论拟采纳实验室封闭式反应器进行实验，并以火焰传播速率为讨论指标，探究上升热流强度、样品种类、运动状态对固体可燃物热解着火特性的影响。同时，应用图像处理技术对实验过程中火焰传播过程进行实时监测与记录，并对实验数据进行统计分析。通过实验讨论，本讨论预期能够得到上升热流下固体可燃物热解着火特性的规律性规律，为化工行业安全生产提供理论支持。关键词：上升热流，固体可燃物，热解着火，火焰传播速率，安全生产。Abstract:The thermal decomposition ignition characteristics of solid combustibles under upward heat flow are an important part of safety production in the chemical industry. The purpose of this research is to explore the regularity of thermal decomposition ignition characteristics of solid combustibles under upward heat flow, and provide a theoretical reference for safety production in the chemical industry.This study plans to use a laboratory closed reactor for experiments, and to investigate the effects of upward heat flow intensity, sample type, and motion state on the thermal decomposition ignition characteristics of solid combustibles according to the flame propagation rate as research index. At the same time, image processing technology will be applied to real-time monitoring and recording of the flame propagation process during the experiment, and statistical analysis of experimental data will be carried out.Through experimental research, this study is expected to obtain the regularity of the thermal decomposition ignition characteristics of solid combustibles under upward heat flow, 精品文档---下载后可任意编辑and provide theoretical support for safety production in the chemical industry.Keywords: upward heat flow, solid combustibles, thermal decomposition ignition, flame propagation rate, safety production.
