反应装甲

反应装甲冲击引爆试验研究

Experimental Study of the Impact Initiation of Reactive Armor

反应装甲设计原理

A proposed principle for the design of reactive armor

反应装甲与陶瓷复合装甲集成技术研究探讨

On the integrated technology of reactive armors with composite ceramic armors

反新型反应装甲弹药引信的一个重要判定准则

A Critical Criterion for Ammunition Fuzes of Against New Type Reactive-armor

爆炸式反应装甲对长杆体侵彻的干扰作用

The Model of Long - rod Penetrators Disturbed by ERA

反应装甲爆轰阶段对射流干扰机理的研究

A Further Study of the Disturbance Mechanism on Jets Caused by Reactive Armors

反反应装甲新技术研究

A new approach in anti - reactive armor

射流起爆双层反应装甲机理与起爆判据测试

Initiation Mechanism and the Measurment of Criterion Value for Jets on Double Reactive Armor

反应装甲的装药配方为HMX97%、钝感剂3%。

The final formulation of reactive armor charge is 97 / 3-HMX / desensitizer .

反应装甲抗弹新机理研究

Research of New Projectile-retarded Mechanism of ERA

杆式侵彻体冲击起爆反应装甲影响因素研究

Study on Effect Factors of the Impact Initiation by Rod Penetrator Into Explosive Reactive Armor

为了得到抗弹性能较好的装甲，将反应装甲与陶瓷复合装甲集成。

Integrated armors , including reactive armors , and composite ceramic armors , have better protection performances .

本文首先对爆炸式反应装甲的基本结构、装药和作用机理进行了探讨。

This thesis has discussed the function mechanism of explosive reactive armor and the dynamite of reactive armor .

这是一种能确定三明治式反应装甲盒高度、长度和厚度的工程计算方法。

Thus it is an engineering calculation method that gives the height , length and thickness of the armor .

文中研究了反应装甲爆轰产物压力对穿甲弹运动速度的影响。

The effects of detonation pressure of reactive armor on velocity of armor-piercing projectile are studied in this article .

反应装甲干扰射流过程实际上就是射流与运动薄板相互作用过程。

The jet disturbing mechanism of ERA is simply the interaction between the thin moving plate and the shaped charge jet .

本文介绍了爆炸式反应装甲和串联战斗部的概念和国内外研究现状。

Design method based on cylindrical hole of perforation concrete for precursory shaped charge of tandem warhead is presented in this paper .

提出了反应装甲设计原理：快速运动的上飞板，不断地把射流切割成段；

The principle proposed in this paper is based on the process that shaped charge jet is cut off into fragments consecutively by the front flying plate .

斜侵彻时反应装甲干扰射流机理研究。

The theoretical results show good agreement with experiment data . ( 3 ) The disturbance mechanism on the shaped charge jet by ERA at oblique penetration is studied .

基于爆炸式反应装甲与射流之间相互作用存在诸多影响因素，采用数值模拟方法探讨了反应装甲对射流的干扰问题。

Many factors of influence exist when a jet reacts on explosive reactive armor . The whole process of reactive armor disturbing a jet is discussed adopting numerical simulation .

为了研究反应装甲对射流的切割和干扰作用，开展了射流对薄钢板穿孔规律的研究。

For researching the effect of breaking and disturbing of explosive reactive armors to jet , study on the rule of the penetration of the jet against thin steel plate .

本文主要研究内容包括以下三个方面：一是对爆炸式反应装甲的基本结构、装药和作用机理进行了探讨。

The major study context in this paper includes those : ( 1 ) It has discussed basic structure and function mechanism of explosive reactive armor and the dynamite of reactive armor .

考察了射流侵彻一般装甲与反应装甲的区别，得到了射流与靶体交界面压力、速度变化规律。

This paper studies the difference in jet penetration upon regular armor in comparison with armor charge and obtains the laws of variation of pressure and velocity on the jet / target interface .

根据反应装甲的作用特点确定了等效靶研究中使用的等效方法、等效准则以及两种不同结构的等效靶。

In terms of the process characteristic of explosive reactive armor , the equivalent surrogate method , equivalent formula and two kinds of structure of equivalent target about explosive reactive armor were established .

通过理论计算得到爆轰压力对穿甲弹的速度几乎没有影响，说明影响穿甲弹姿态及速度变化主要由反应装甲飞板和弹的碰撞造成的。

The detonation pressure has no effect on velocity of projectile by theoretical calculation . Analyzation reveals that the changes of projectile 's posture and velocity resulted from the confliction of projectile and flying plates .

在准定常射流侵彻理论基础上，考虑反应装甲飞板和爆炸场对射流的干扰作用，建立了残余射流侵彻模型，并对残余射流的侵彻影响因素进行了分析。

Based on the quasi-steady penetration theory , with considering the disturbance caused by flying-plate and denotation of ERA together , the penetration model of residual jet is established . The factors effecting the penetration are analyzed .

根据爆炸式反应装甲与长杆体相互作用的物理现象，研究了反应装甲干扰长杆体侵彻主装甲的机理，建立了长杆体与爆炸式反应装甲相互作用的理论模型。

Based on the physical phenomena of interaction between long-rod penetrator and explosive reactive armor ( ERA ), the disturbance mechanism of ERA against long-rod penetrator was investigated . An theoretical model for the interaction was established .

根据反应装甲与长管体相互作用的物理现象，开展了反应装甲对长管体干扰的研究，建立了长管体与反应装甲相互作用的分析模型。

The disturbance to long tube by reactive armor is studies based on the physical phenomenon of the interactive of reactive armor with tube . The analysis model of the interactive of explosive reactive armor and tube is established .

建立了对付反应装甲的串联聚能装药战斗部的主装药起爆延时计算模型，其中一个用于配备近炸引信串联战斗部，另一个用于配备触发引信的串联战斗部。

Two time-delay computation models for the main charge of the two shaped-charges in a tandem warhead aimed against reactive armour , of which one is for the tandem warhead with a proximity fuze and the other is for the warhead with a trigger fuze .

简述了两类电磁装甲主动电磁装甲和反应电磁装甲的基本概念。

This paper simply introduces the idea of two electromagnetic armor s : active electromagnetic armor and reactive electromagnetic armor .