@inproceedings{10b2b480630e4a84b0872a6a76f04544,
title = "Analysis of the self-ignition danger for propellant",
abstract = "As a kind of energetic material, propellants can be decomposed and heat can be produced. If heat was not released in time and was accumulated, self-ignition would take place. For example, the self-ignition of two kinds of propellants stored in a experimental ground take place ever. It is considered that the self-ignition take place and igniting the other. In this paper, two kinds of propellants in which self-ignition have taken place are studied numerically, their mathematical model of the heat accumulation is established under the condition of insulation, the self-ignition time is calculated and the result is discussed and analyzed. It is determined that self-ignition take place in propellant No 1 first, then propellant No 2 is ignited. The critical temperatures of two kind of propellants under the condition of heat insulation are obtained, the basis of propellant safety is provided.",
keywords = "Numerical simulation, Propellant, Self-ignition",
author = "Minghua Chen and Qingjie Jiao and Fei Chang and Yuquan Wen",
year = "2002",
language = "English",
isbn = "703010787X",
series = "Process in Safety Science and Technology Part B",
pages = "1317--1319",
editor = "H. Ping and W. Yajun and L. Shengcai and Q. Xinming and H. Ping and W. Yajun and L. Shengcai and Q. Xinming",
booktitle = "Process in Safety Science and Technology Part B",
note = "Progress in Safety Science and Technology ; Conference date: 10-10-2002 Through 13-10-2002",
}