装备环境工程
裝備環境工程
장비배경공정
EQUIPMENT ENVIRONMENTAL ENGINEERING
2014年
4期
102-105
,共4页
赵传宝%施冬梅%蔺波涛%鲁彦玲
趙傳寶%施鼕梅%藺波濤%魯彥玲
조전보%시동매%린파도%로언령
环境因子%延迟时间%输出能量%延时起爆装置
環境因子%延遲時間%輸齣能量%延時起爆裝置
배경인자%연지시간%수출능량%연시기폭장치
environmental factors%delay time%output energy%delay detonation device
目的：研究环境因子对某火工元件延时性能和输出能量的影响。方法根据某型延时起爆装置的组成结构特点,依据火工品试验法、军械装备环境试验法,结合极限使用环境条件设计了高温高湿、温度冲击试验。结果高温高湿的延迟时间范围为260~630 ms；温度冲击的延迟时间范围为283~513 ms,高温高湿输出能力范围为13~17 mm,温度冲击输出能力范围为13~18 mm。结论高温高湿试验对延迟时间影响较大,出现超出指标的延迟时间。
目的：研究環境因子對某火工元件延時性能和輸齣能量的影響。方法根據某型延時起爆裝置的組成結構特點,依據火工品試驗法、軍械裝備環境試驗法,結閤極限使用環境條件設計瞭高溫高濕、溫度遲擊試驗。結果高溫高濕的延遲時間範圍為260~630 ms；溫度遲擊的延遲時間範圍為283~513 ms,高溫高濕輸齣能力範圍為13~17 mm,溫度遲擊輸齣能力範圍為13~18 mm。結論高溫高濕試驗對延遲時間影響較大,齣現超齣指標的延遲時間。
목적：연구배경인자대모화공원건연시성능화수출능량적영향。방법근거모형연시기폭장치적조성결구특점,의거화공품시험법、군계장비배경시험법,결합겁한사용배경조건설계료고온고습、온도충격시험。결과고온고습적연지시간범위위260~630 ms；온도충격적연지시간범위위283~513 ms,고온고습수출능력범위위13~17 mm,온도충격수출능력범위위13~18 mm。결론고온고습시험대연지시간영향교대,출현초출지표적연지시간。
Objective To study the effects of environmental factors on the delay performance and output energy of the detonation devic. Methods According to the comprising structure feature of the new delay detonation device, based on ex-plosive device test method and laboratory environmental test method for military materials, high-temperature high-humidity and temperature impact tests were designed in terms of extreme operation environmental conditions. Results The delay time range of the detonation device in the high-temperature and high-humidity condition was from 260 ms to 630 ms; The delay time range of the detonation device in temperature impact condition was from 283 ms to 513 ms;The output capacity of the detonation device in the high-temperature and high-humidity condition was from 13 mm to 17 mm. The output capacity of the detonation device in temperature impact condition was 13 mm to 18 mm. Conclusion High-temperature and high-humid-ity condition had greater effect on the delay time of the detonation device, with occurrence of delay exceeding the index.
