1) fuel air explosive projectile
云爆弹
1.
In order to evaluate the electrostatic safety of fuel air explosive projectile quantificational, the 50% critical electrostatic ignition energy and the standard deviation for its electro-igniter are determined by the real electrostatic sensitivity test method and the up-and-down method.
为定量评价云爆弹的静电安全性,利用真实静电感度测试方法和升降法试验程序,确定了云爆弹用电点 火具的50％静电点火能和标准偏差,确定其静电点火安全限为0。
2.
In order to evaluate the electrostatic safety of fuel air explosive projectile quantificational,the 50% critical electrostatic ignition energy and the standard deviation for its electro-igniter aredetermined by the real electrostatic sensitivity test method and the up-and-down method.
为定量评价云爆弹的静电安全性,利用真实静电感度测试方法和升降法试验程序,确定了云爆弹用电点火具的50%静电点火能和标准偏差,确定其静电点火安全限为0。
2) gun-launched FAE
炮射云爆弹
1.
The best second initiation time for gun-launched FAE was determined through the static explosive experiment and the chtange of pressure in exploding field.
通过设计战斗部静爆实验,依据爆炸场的压力变化确定了某型炮射云爆弹最佳二次起爆时间。
2.
Determine ejection time of gun-launched fuel air explosive(FAE) warhead is important for gun-launched FAE study.
确定炮射云爆战斗部的抛射时间是完成炮射云爆弹研究的重要环节。
3) atomic cloud
核弹爆炸磨菇云，原子云
5) FAE
云爆剂
1.
Study of the Loading of FAE for Warhead Design;
云爆战斗部云爆剂装填量设计的探讨
2.
The storage test for tree years,high and low temperature test of fuel air explosives(FAE) of which isopropyl nitrite was the main content were processed.
对以硝酸异丙酯为主体的云爆剂进行了3年的贮存试验和高、低温加速试验;检测了云爆剂中的硝酸异丙酯的纯度、水分含量、酸值和表观密度,用红外光光谱法分析了硝酸异丙酯的结构;研究了云爆剂的性能变化规律。
3.
The acidity of FAE was determined through titrating the toluene extraction from FAE by KOH-C2H5OH standard solution and phenolphthalein and the density of FAE was determined by the pycnometer method.
用KOH-C2H5OH标准溶液和酚酞指示剂滴定云爆剂的甲苯提取液,测定云爆剂的酸度;用比重瓶法测定云爆剂的密度;用气相色谱法分析云爆剂中硝酸异丙酯的纯度和水分;用原子吸收光谱法分析云爆剂中Mg2+的含量。
6) cloud explosion
云团爆炸
补充资料：内爆法原子弹(见原子弹)
内爆法原子弹(见原子弹)
implosion-type atomic bomb
neibaofo yuanzidan内爆法原子弹(implosion一typ。。tomiebonlb)见原子弹。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条