高压气包放气的热力过程研究
he thermodynamics study on high-pressure air bag deflation process
随着航空技术的发展,战术武器系统越来越广泛地使用气包来储存高压气体。高压气包已成为武器系统中不可缺少的核心部件。气包放气过程中需要关注的是气包的容积、初始压力对气包放气过程中压力和温度的影响。这对于气包放气规律、气包壁材料(耐压、耐温)的选择至关重要。因此从热力学角度研究对应于不同放气目标的放气规律,为工程用高压气包的选择作出了有益的参考。
With the advancement of shipping technology, tactics weapon systems have made extensive use of air bag to storage high-pressure gas. High-pressure air bag become the key component of weapon system. Air bag deflation process pays attention to influence of the bag volume, original pressure on pressure and temperature. It is important to the choice of the air bag deflation law and wall material. So from the thermodynamics point, we study the air bag deflation law corresponding to different deflation goal. It benefits to the choice of engineering air bag.
李军
武器工业经济航空航天技术工程基础科学
热力学,高压,气包, 放气
thermodynamics high-pressure air bag deflation
李军.高压气包放气的热力过程研究[EB/OL].(2006-10-05)[2025-07-02].http://www.paper.edu.cn/releasepaper/content/200610-31.点此复制
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