1) pyrotechnics test
火工品测试
1.
Focused on the defects of traditional pyrotechnics test method,a pyrotechnics auto-test scheme was presented based on analyses of characters and restrictions of pyrotechnics test.
针对箭上火工品传统测试方法的缺点,在分析火工品测试特点和要求的基础上,提出了火工品自动测试方案;详细阐述了地测法测试方案的硬件组成和软件支撑体系,最后结合箭上火工品特点分析了方案实现的可行性和测试的安全性。
2) product-test engineer
产品测试工程师
3) electric explosive device
电火工品
1.
The electric-thermal parameters of the bridgewire electric explosive device such as resistance and heat loss coefficient were measured with the non-destructive transient pulse test system under non-destructive conditions,then the no-firing current of the electric explosive device was predicated using the Rosenthal mathematical model and the back-propagation(BP) artificial neural network model.
通过瞬态脉冲无损检测试验得到桥丝式电火工品的电阻和集总热散失系数等电热响应参数,利用这些电热响应参数分别采用Rosenthal的集总热参数模型和BP神经网络模型方法预测电火工品的安全电流。
2.
The electric-thermal parameters of the bridgewire electric explosive device was measured with the non-destructive transient pulse test system,then the function tim of the electric explosive device was forecasted using the meathematical model and the artificial neural network model.
结果表明,人工神经网络方法与电火工品瞬态脉冲无损检测技术相结合,用来预测电点火头的发火时间,是电火工品瞬态脉冲无损检测领域的一条新的途径。
3.
A monitoring system scheme for non-contact, lossless reliability test of electric explosive device (EED) was proposed based on an analysis of all kinds of factors affecting EED reliability test especially the artificial and environmental factors.
本文在分析电火工品可靠性试验影响试验可靠性的各种因素、尤其是人为因素和环境因素的基础上 ,根据国军标要求和电磁学原理 ,提出了一种非接触式的电火工品可靠性试验无损耗监测系统方案。
4) initiating explosive device
火工品
1.
The concept, classification, mode and analysis technique of initiating explosive device failure are addressed.
论述了火工品失效分析的概念、分类、失效模式及失效分析技术。
2.
The bilateral reliability model for initiating explosive devices was studied in order to improve the assessment precision.
为了提高火工品的双边可靠性评估精度,研究了火工品双边可靠性模型,给出了基于经典二阶近似限的正态双边可靠性下限计算方法,并采用蒙特卡罗方法进行了模拟研究。
3.
Using the upper limit of coefficient of variation for mechanical explosive devices,the reliability design for initiating explosive device was developed.
变差系数是进行火工品可靠性设计的重要参数之一。
5) initiator
[英][ɪ'nɪʃieɪtə(r)] [美][ɪ'nɪʃɪ'etɚ]
火工品
1.
Application of Pulse Shaper in Over-loading Test for Initiator;
波形整形器在火工品高过载试验中的应用
2.
Study on the Measurement of Over-loaded Initiator by Hopkinson Bar and Numerical Simulation;
霍普金森杆测量火工品过载情况的研究与数值模拟
3.
Application of Pulse Shaper in Over-loading Experiment for Initiator;
波形整形器在火工品高过载实验中的应用
6) electric explode device
电火工品
1.
Accordi ng to energy Equilibrium equation in the experiment,it is analyzed the electrici ty bridge and hot loss coefficient to gi ve the electric explode device(EED) sens itive affect.
依据能量平衡方程 ,对影响电火工品 (EED)电感度的电桥、热损失系数进行了试验分析 ,结果表明电桥材料和电桥结构变化影响电桥的散热系数和 EED的电感度 ,为 EED改进提供了理论依
补充资料：火工
1.旧时称干杂活的人。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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