主要研究可燃物表面积和厚度对估测释热速率的影响。
The application of heat release rate of fuel in fire network model;
本文研究了微重力条件下固体可燃物表面的火焰传播过程。
In this paper, flame spreading over solid combustibles in a microgravity environment has been investigated.
本文对微重力条件下单滴燃烧和固体可燃物表面火焰传播过程的研究作了简要评述。
A brief review of droplet burning and flame spreading over solid combustibles in microgravity environment has been presented in this paper.
而固体可燃物表面火蔓延是森林火灾、建筑火灾以及工业火灾中普遍存在的燃烧现象，是火灾科学研究的一个基础问题。
Exploring the characteristics of flame spread over the surface of solid combustibles and building the theoretical models of fire spread are the self-demand of fire science development.
在火灾载荷研究中包括可燃物暴露表面的研究，能更好的估算轰燃发生后可燃物燃烧的速率和时间。
With the development of research, it's found that if we know the exposed surface of the fuel, we can better assess the heat release rate and duration time of burning.
在火灾载荷研究中包括可燃物暴露表面的研究，能更好的估算轰燃发生后可燃物燃烧的速率和时间。
With the development of research, it's found that if we know the exposed surface of the fuel, we can better assess the heat release rate and duration time of burning.
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