火工品
火工品
화공품
INITIATORS & PYROTECHNICS
2014年
1期
42-44
,共3页
闪光爆震弹%冲击波超压%非致命效应
閃光爆震彈%遲擊波超壓%非緻命效應
섬광폭진탄%충격파초압%비치명효응
Flashing detonation grenade%Shock wave overpressure%Non-lethal effect
针对拟设计应用的某型闪光爆震弹，测量了闪光爆震弹冲击波超压，建立了冲击波超压方程，分析了冲击波超压效应，确定了冲击波超压对目标的作用半径，为闪光爆震弹的安全性应用提供了确切的技术参数。
針對擬設計應用的某型閃光爆震彈，測量瞭閃光爆震彈遲擊波超壓，建立瞭遲擊波超壓方程，分析瞭遲擊波超壓效應，確定瞭遲擊波超壓對目標的作用半徑，為閃光爆震彈的安全性應用提供瞭確切的技術參數。
침대의설계응용적모형섬광폭진탄，측량료섬광폭진탄충격파초압，건립료충격파초압방정，분석료충격파초압효응，학정료충격파초압대목표적작용반경，위섬광폭진탄적안전성응용제공료학절적기술삼수。
Aimed at a kind of designed flashing detonation grenade, the shock wave overpressure was measured, the equation of shock wave overpressure was established, and the effect of shock wave overpressure was analyzed, then the radius of the effect of shock wave overpressure on the target was determined. The study provides the exact technical parameters for the security application of flashing detonation grenade.
