1) killing rate
杀伤率
1.
This paper studies the effect of hematoporphyrin(HP)irradiated by ultrasound on cell killing rate and the effect of both a-coustic parameter and HP concentration on cell killing rate.
文章研究了超声激活血卟啉对人体肿瘤细胞K_(562)的作用以及声辐照剂量和血卟啉浓度对瘤细胞杀伤率的影响。
2.
viennensis and had a low killing rate on S.
5 mL/L)对山楂叶螨防治效果差,且对天敌杀伤率始终较高,从而可能造成山楂叶螨的爆发。
2) kill probability
杀伤概率
1.
Aircraft single threat hit vulnerability is usually expressed as the kill probability or vulnerable area.
飞机在威胁单次打击下的易损性通常是以杀伤概率或易损面积形式给出的,这种评估方法往往是在宏观上对飞机及其部件易损性进行评估,然而具体的某一飞机位置的易损性很难直观给出。
2.
In the survivability/vulnerability assessment for aircraft,the kill probability and vulnerable area of aircraft at certain threat hits always require to be provided.
在飞机生存力/易损性评估中,经常要给出飞机在给定威胁打击条件下的杀伤概率及易损面积。
3.
Results of simulation indicate the gain which can improve missile kill probability in the direction fuze-warhead system.
文章在构建一种多点起爆类型的定向引战系统的基础上,进行了定向引战系统毁伤增益特性研究,仿真结果验证了定向引战系统的增益对导弹杀伤概率有所提高。
3) killing probability
杀伤概率
1.
Aimed at shooting characteristic of high power laser air defense weapon,the killing probability is discussed by probability theory.
针对高功率防空激光武器的射击特性,运用概率论讨论了激光武器"光弹"的杀伤概率。
2.
The killing probability of fragmentation warhead of missile to air target and its influence factors were analyzed.
分析了导弹破片战斗部对空中目标的杀伤概率计算模型及其影响因素,介绍了制导误差规律、引信引爆点散布规律、引信引爆概率、目标坐标杀伤概率的计算模型,给出了积分区间的确定方法。
3.
Based on the killing characteristic of anti-air missile,a model is established to evaluating an anti-air missile s killing probability by analyzing the effective fragments generated after the warhead explosion,the velocity of the fragments,and the covering area of these fragments.
基于防空导弹战斗部爆炸后的杀伤特征,对战斗部爆炸后产生的有效破片、破片飞行速度、破片对目标的覆盖面积进行了分析,建立了防空导弹杀伤概率评估模型。
4) lethal probability
杀伤概率
1.
The engineering calculation method for the lethal probability of the blast-fragmentation warhead exploding in the air was introduced.
分析了破片场空间分布规律,介绍了一种空爆型杀爆战斗部杀伤概率的工程计算方法。
2.
A certain warhead with prefabricated fragments was calculated,the density and lethal probability of the fragments field were described and the variety curve of the lethal areas with exploding height in different falling angles was obtained.
文中通过分析破片的飞行特性及空间分布规律,建立了杀爆战斗部杀伤威力计算模型,并对某预制破片战斗部进行了计算,得出了破片场的破片密度及杀伤概率分布规律,得到了不同落角情况下杀伤面积随爆高的变化曲线,并确定了不同落角情况下的最佳爆高值。
6) kill probability
杀伤几率
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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