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某加榴炮弹丸装药高温渗油安全性分析
引用本文:杨青山,王军,高美清,赵志江,王庆华,刘学柱.某加榴炮弹丸装药高温渗油安全性分析[J].兵工自动化,2018,37(6):38-39,43.
作者姓名:杨青山  王军  高美清  赵志江  王庆华  刘学柱
作者单位:驻763厂军事代表室,太原,030008;晋西集团江阳公司,太原,030041
摘    要:针对某弹丸装药在储存温度达到 70 ℃持续一定时间后产生的渗油现象,对其进行安全性分析.对某加榴炮弹丸装药高温渗出物成分进行理化分析,在装药内部选定截面对钝感剂含量、机械感度进行测试.测试结果表明:炸药渗油均匀,渗出物为硬脂酸和地蜡成分,没有安全风险,高温储存后析出的钝感剂成分对炸药组分重新包覆,炸药机械感度下降,不影响安全使用.

关 键 词:弹丸装药  高温渗油  安全性  钝感剂  机械感度
收稿时间:2018/2/11 0:00:00
修稿时间:2018/3/12 0:00:00

Safety Analysis of High Temperature Exudation of Certain Gun Howitzer Projectile Charge
Yang Qingshan,Wang Jun,Gao Meiqing,Zhao Zhijiang,Wang Qinghua,Liu Xuezhu.Safety Analysis of High Temperature Exudation of Certain Gun Howitzer Projectile Charge[J].Ordnance Industry Automation,2018,37(6):38-39,43.
Authors:Yang Qingshan  Wang Jun  Gao Meiqing  Zhao Zhijiang  Wang Qinghua  Liu Xuezhu
Abstract:The certain type projectile charge will exist exudation when the storage temperature is sustainably over 70℃ for a period of time, carry out safe analysis for it. Analyze the high temperature exudation content of projectile charge, and select section to test the deterrent content and mechanical sensitivity. The test results show that exudation from the charge is uniform. The exudation components are stearic acid and ozokerite that is no safety risk. After high temperature storage, the explosive are recoated with the mechanical sensitivity decreases, which will not affect the safe use.
Keywords:projectile charge  high temperature exudation  safety  deterrent  mechanical sensitivity
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