火工品

模糊神经网络在火工品生产系统安全评价中的应用

Application of Fuzzy Neural Network to Safety Assessment in Pyrotechnics Production Systems

对火工品可靠性（或安全性）评估中通常采用的经典方法进行了剖析。

The conventional method to evaluate the reliability of pyrotechnics was discussed .

基于P～t曲线的导弹火工品品质测试

Quality Testing of Initiating Explosive Device in Missiles Based on P ~ t Curve

工业X射线CT在火工品检测中的应用

Industrial X-Ray CT Used in Initiating Explosive Device Detection

基于Hopkinson压杆实验技术研究火工品及含能材料的抗高过载能力

Study on Overloading-resistibility of Initiator and Energetic Materials Based on the Technique of Hopkinson Pressure Bar

比较系统分析了SCB火工品的作用机理；

SCB ignition mechanism has been more systematically investigated .

SCB火工品的研究与发展

The Research and Development on Semiconductor Bridge Initiator

为了满足现代高性能火炮和航空航天技术对点火快速性、一致性、安全性的要求，半导体桥（SemiconductorBridge，简称SCB）火工品逐渐发展起来。

In order to attain the requirement of the contemporary high-performance guns and aerospace technology ignition which demands speediness , consistency and security , the semiconductor bridge ( SCB ) igniter is rapidly developed .

21个相同F-S火工品串联系统贮存可靠性评估

Estimation of the storage reliability in a series system of 21 F-S powder products

为了提高导弹火工品的存贮安全性和使用可靠性，提出了一种基于P～t（压力-时间）曲线获取的火工品品质测试分析方案；

A systematical solution of testing and analyzing the initiating explosive devices ' quality is presented to promote the safety in saving and reliability in using of missile initiating explosive devices , which is based on acquiring P ~ t ( Pressure ~ time ) curves of those .

SCB火工品发展迅速，但是目前还未见对其失效机理进行研究的文献资料报道。

The technology of SCB initiating device has a rapid development , but no literature about the failure mechanism can be found at present .

同时，应用大型有限元分析软件Ansys／Ls-dyna对试验过程进行模拟仿真，得到了冲击波加载过程中火工品组件上的应力分布云图、应力值、过载加速度时间曲线、应力时间曲线。

At the same time , the stress clouds , stress value , the over-loading acceleration-time curve and stress-time curve in the initiator are attained , after the experimentations were simulated by the large FEA software-Ansys / Ls-dyna .

结合CF药剂的特点和火工品失效的模式分析，初步确立了CF这种新型药剂的长储性能检验方法。该方法包括三个部分，静爆试验、成份分析和热分解性能分析。

The methods for estimating the storage performance of CF was established , according to both the performance of CF and the failure mode of EED , including of static detonation test , component analysis and thermal performance analysis .

选择TVS芯片对SCB火工品进行电磁防护时，在满足击穿电压高于发火电压的情况下，应尽量选择结电容较大、寄生电阻较小的芯片。

The TVS chips whose breakdown voltage is higher than the ignition voltage , which has larger junction capacitance and smaller parasitic resistance , should be selected to protect SCB device from electromagnetic .

分析了NDP在电火工品无损检测中电桥自动调平衡的方法、参数计算及硬件电路和软件流程图。

Analyzes the method of auto balance 、 parameter calculation 、 hardware circuit and software flow chart of electric bridge of NDP in the non - destructive testing of EED .

本文在分析射频对电火工品的作用机理的基础上，研究了用铁氧体磁珠对半导体桥（SCB）火工品进行射频加固的技术。

In this paper , based on the mechanism of RF on EED , we study the RF-reinforcement technology , in which ferrite beads are used to protect SCB initiators .

用吉赫横电磁波传输装置（GTEM）、自行研制的防爆器、场强计等组成电火工品抗电磁干扰模拟测试系统。

This report introduces the analogue test system of electric initiators resistant to electromagnetic interference which are made up of GTEM transmisson device , explosion-proof device made by ourselves 、 and field strength meter .

火工品（IED）作为重要零件在运载火箭及导弹中的应用十分广泛，任一火工品的质量问题都可能导致整个发射的失败，造成巨大的经济损失和重大的政治影响。

The IED is the important spare part and is applied very extensively in carrier rocket and guided missiles . The quality problem of any IED may cause the whole failure for shoot , and results in huge economy lose and important political influence .

根据电火工品（EED）对雷电电磁脉冲（LEMP）电磁能量耦合的不同途径（传导耦合和辐射耦合），分析了雷电电磁脉冲对电火工品的损伤机理。

The damage mechanism of EED ( electric explosive device ) from LEMP ( lighting eletromagnetic pulse ) has been analysed in this paper in terms of the different ways in which the eletromagnetic energy of LEMP is coupled to EED .

本文提出了一套雷电电磁脉冲（LEMP）模拟装置，以模拟闪电时的远场电磁环境，用于测试电火工品和电子器件对LEMP的感度。

A device which can simulate lightning electromagnetic pulse ( LEMP ) so as to provide a simulation for the long distance lightning electromagnetic environment can be used to test the sensitivity of electroexplosive devices ( EED ) and electric devices towards LEMP .

射频对电火工品的影响及防护措施

The Effect of Radio Frequency to EED and Its Protection Measure

火工品动态着靶模拟仿真技术研究

Study on Dynamic Touch-target Analog Simulation Technique for Initiating Explosive Devices

大功率高频等离子体点火电源的研究与设计电火花点火，电气点火电点火器-火工品

Design and Research on Large Power High-frequency Plasma Ignition Burner Device

虚拟现实在火工品生产培训中的作用

Application of Virtual Reality Technology in Powder and Detonator Produce Training

环氧树脂胶粘剂在火工品应用中的工艺研究

Technological Study of Epoxy Resin Adhesive Applied to Initiating Explosive Device

火工品作用后开路电阻的动态测量

Dynamic Measurement of Shutdown Resistance of Initiating Explosive Device after Function

携行导弹火工品系统安全性定量分析方法初探

Study on Safety Quantitative Analysis of Missile Equipped Initiating Device System

电火工品无损测试仪的电磁兼容及可靠性设计

The EMC and Reliability Design of Electronic Pyrotechnical Non-dissipation Measurement Instrument

基于样本最大概率失败数的火工品可靠度估计

Reliability Estimation of Initiating Devices Based on Sample Maximum Failure Probability

火工品可靠性增长模型及规划方法研究

Study on Reliability Growth Model and Plan for Initiating Explosive Devices