雷管

léi guǎn
  • detonator;fuse;Primer;blasting cap;exploder;detonating cap
雷管雷管
雷管 [léi guǎn]
  • [detonator; fuse; Primer; blasting cap] 一种用少量比普通爆炸药对热或震动更为敏感的炸药(如雷汞),制成的装置用于起爆另一种炸药

雷管[léi guǎn]
  1. RS-485总线在新型电子雷管组网中的应用

    Application of the RS-485 Bus on New Type Electronic Detonator Net

  2. 为查找某电雷管失效原因,采用解剖及X射线检查其内部情况。

    In order to find out the dud reason of the electric detonator , inspections of internal structure by dissection and X-ray have been conducted .

  3. K·K无起爆药雷管侧向起爆导爆管可靠性研究

    Study on the Side Initiated Reliability of Nonel Tube by K · K Non-priming Explosive Detonator

  4. YAG雷管打码机故障分析及排除

    Analysis and Elimination of the Malfunction of YAG Laser-marking Machine for Detonator

  5. 文中采用有限元结构分析软件包ANSYS,对某型雷管的压药进程中壳体的弹塑性大变形力学行为、塑性失稳现象的研究方法进行了数值仿真计算。

    This paper uses FEM software package ANSYS to numerical imitate the elastic and plastic deform and plasticity unsteadiness phenomenon of detonator in pressure .

  6. 延期药中Sb2S3含量和贮存条件对雷管的影响

    The Influence of Content of Sb_2S_3 in Delay Composition and its Storage Condition on Quality of Detonators

  7. 现行民爆器材中普遍使用的雷管是有起爆药雷管,K·K无起爆药雷管是在现有雷管基础上的一次创新。

    Detonators that are now generally being used in industrial explosive materials contain priming explosive . K · K non priming explosive detonator is an innovation based on existing detonators .

  8. 简要介绍了小口径炮弹无线电近炸引信用LD-14电雷管的性能、结构设计及其工艺。

    This paper briefly introduces the characters , structural design and technologies ofLD-14 electric detonator used in small caliber shell of radio proximity fuze .

  9. 为了与Stark工厂的主题搭调,手套铝制的外皮喷上了金属色,而雷管是糖果红的,这很酷吧?

    In keeping with the Stark Industries theme , the aluminum exterior of the glove is spray-painted with metallic and candy red primer .

  10. 对工业电雷管点火电流(I)和点火冲量(K)的测量研究,发现KI感度曲线实际上存在着一个极小值(即最小点火冲量);

    A minimum initiating impulse was found in testing curve of initiation current ( I ) and the initiation impulse ( K ) of commercial electric detonators .

  11. 本文改进了一种二维锰铜&康铜环型拉氏量计,测量了雷管内部二维冲击起爆(SDT)流场;

    The2D initiation flow in a detonator is measured using an improved2D composite manganin-constantan ring gauge .

  12. 该文介绍了K·K无起爆药雷管的结构与传爆过程,测试了其点火延迟时间、侧向与轴向爆炸后能量输出情况,提出了作导爆管雷管使用时必须注意的一些问题。

    This paper introduces structure and detonation propagating of K · K non priming explosive detonator . The initiation delay time , axial and side exported energy were tested , which should be paid attention during the use of nonel tube detonator .

  13. 首次利用IGBT作为大功率无触点开关设计了电容式电雷管起爆机及其配套延时测定装置。

    The first blasting machine , which uses the IGBT as a high power switch and its subordinate delay measuring sets , has been designed for scaling the delay time about seismo detonators .

  14. XF-1型雷管自动装填生产线简介

    Introduction to XF-1 Detonator Production of Automatical Filling Line

  15. 结果:研究一:(1)心理行为训练干预前,实验组与对照组爬鱼雷管前后收缩压、舒张压和脉搏变化值无显著性差异(p>0.05);

    RESULTS : In research one , ( 1 ) before the intervention of psychology behavior training , there was no significant difference in the changes of systolic pressure , diastolic pressure and pulse before and after their " creeping through the water-filled torpedo tube " task ( p0.05 ) .

  16. 由于SCB电雷管具有安全性好、可靠性高、抗电磁干扰能力强等特点,已经成为民用电雷管产品的发展趋势;

    Civil used SCB electric detonator has become the development trend owing to its advantages like high safety & reliability and anti-electromagnetism interfering etc.

  17. 工业电雷管K-I感度曲线解析

    Explanation on K-I Sensitivity Curve of Commercial Electric Detonator

  18. I-kon数码雷管在露天煤矿抛掷爆破技术中的应用

    Application of I-kon Digital Detonator System on the Cast Blasting in Open Cut

  19. 本文通过工业电雷管发火电流(I)和引燃冲量(K)的试验研究,证明了K-I关系曲线中极小值(即最小引燃冲量)的存在;

    The presence of minimum value of initiation impulse in K-I curve is proved by the examination of firing current ( I ) and initiation impulse ( K ) of commercial electric detonators .

  20. 以DSC热分析和雷管感度测定方法研究了硅油、磷酸三乙酯、木粉、蔗糖等有机物与硝酸铵按照零氧平衡组成体系的稳定性。

    The study of the stability is conducted of the zero oxygen equilibrium composition system of organics ( such as silicone oil , triethyl phosphate , wood powder , and cane sugar ) and ammonium nitrate by the DSC thermoanalysis and the detonator susceptibility determination method .

  21. 将SY导爆索装入高聚碳酸酯(PC)板的凹槽中形成爆炸切割网络,用雷管起爆后能够按照网络的形状进行切割并且对网络周围不造成破坏。

    SY detonating fuse was loaded into the grooves of high polycarbonate ( PC ) board to form explosive cutting network . After initiation with detonator , the PC board could be cut according to the shape of the network without destroying the rest of network .

  22. 油气井用磁电雷管抗工频试验是为了检测磁电雷管对加载市电(380V,50Hz)的安全性。

    The purpose of industrial electric frequency resistance tests for magnetoelectric detonators is to test the safety of industrial current ( 380 V , 50 Hz ) loaded on magnetoelectric detonators .

  23. 通过对多种类型电雷管的分析、试验,研制成功了新一代安全电起爆系统,即BJ-1型安全电雷管起爆系统。

    On the basis of analysis and experimentation on a variety of electric and non-electric detonators , a new generation of safe electric initiating system is developed successfully ( i.e. Model BJ-1 safe electric detonator initiating system ) .

  24. 分析了LD-14型电雷管在生产过程中的爆炸原因,提出了安全生产措施。

    This paper analyzes the explosion reasons of LD-14 electric detonator in production process , and presents the safety measures in production .

  25. 作者以Rosenthal方程为数学模型,用瞬态脉冲试验技术研究了两种电雷管的电热响应曲线,并分析了电热参数与感度的关系。

    With the Rosenthal equation as the mathematical model , the paper studies the thermal response curve of two kinds of industrial electric detonator by transient pulse test . And the relationship between thermal parameters and sensitivity is also analyzed .

  26. 本文采用RC电路和μA741集成运算放大器组成定时器,与瞬发电雷管配合使用构成定时起爆器,其性能可靠、价格低廉、定时准确、延时可调,可用于核设施退役爆炸切割器起爆。

    This paper presents a new kind of dependable , cheap , accurate , delay-adjustable detonation timer which consists of RC circuit and μ A741 integrated circuit and electric detonator . It can be used to detonate in special conditions , e. g.

  27. 环境温度对工业电雷管延期时间的影响

    Influence of Environmental Temperature on the Delay Time of Electric Detonator

  28. 某小型针刺雷管半爆原因分析及解决措施

    Reasons and Measures of Uncomplete Explosion of A Small-Scale Stab Detonator

  29. 某电雷管瞎火原因分析与改进研究

    Study on the Dud Reason and Improved Method of Electric Detonator

  30. 初探雷管铅板穿孔的影响因素

    Initial Investigation on Factors Affecting the Lead Plate Punching of Caps