About 43 item dissertation in line with TQ565,Ignition point of Explosive Material query results,the following is 1 to 50(Search took 0.012 seconds)

  1. Research on Determination Method of Detonator Initiating Capability,XiongSu/Anhui University of Technology,0/10
  2. The Preliminary Study of Electric Fusehead,LiuShaoZuo/Anhui University of Technology,0/7
  3. Numerical Simulation on the Characteristics of Resitance to Overload and Reinforcement of Slapper Detonators,HeYi/Nanjing University of Technology and Engineering,0/13
  4. Study on a New Type of Coal Permissible Safe Detonators Use Suppressor Agent Medication with High Free-running Property,ZuoLei/Nanjing University of Technology and Engineering,0/41
  5. Research on Al/CuO-based Reactive Energetic Bridge Foils Applied in Exploding Foil Initiator,ZhouXiang/Nanjing University of Technology and Engineering,1/90
  6. Investigation of Formulation Design for High Energy Ignition Composition Based on Mg/Teflon,ZhangZhiFang/Nanjing University of Technology and Engineering,0/30
  7. Combustion Mechanism and Application of B/BaCrO4Delay Composition,LiangZuoZuo/Anhui University of Technology,1/34
  8. Research on Delay Technology of Digital Detonator,HuZengKang/University of North,0/60
  9. Study on Key Technology and Application of Low Energy Detonating Fuses,MeiQun/University of Science and Technology of China,4/289
  10. Study of the Initiation, Explosion Transfering and Output Character of Nonel Tube,LiuDaBin/Nanjing University of Technology and Engineering,6/412
  11. Research on the Principle and Application of the High-safe Detonator,MaHongZuo/University of Science and Technology of China,3/375
  12. Boron Type Delay burning rate and kinetic studies,HuiYunLong/Nanjing University of Technology and Engineering,1/106
  13. Silicon Series Extended stability,FangXiuYi/Nanjing University of Technology and Engineering,1/127
  14. RFID technology detonators product safety management,LiYu/Beijing Institute of Technology,0/211
  15. Boron extension study drug reactions,CheJiCheng/Nanjing University of Technology and Engineering,5/140
  16. Research on Combustion Characteristics of Delay Composition under High Acceleration,WuShuangZhang/Nanjing University of Technology and Engineering,0/104
  17. Pilot study of nanomaterials modified tungsten type delay,CuiChenChen/Nanjing University of Technology and Engineering,0/150
  18. The Research of Programmable Electronic Delay Detonator,WangPeng/Wuhan University of Technology,5/297
  19. A Study on the Key Technologies of New Type Slapper Detonator Design and Fabrication,WangXiong/National University of Defense Science and Technology,2/249
  20. Research on the Performance of Single Channel Laser Ignition System,ZhangXiaoYing/Nanjing University of Technology and Engineering,0/116
  21. Pyrotechnic Characteristics Research on a Electric Igniter,XiaoXingMei/Nanjing University of Technology and Engineering,0/57
  22. The dedicated lithium explosion of synthetic nano- zinc oxide emulsion explosives experimental study,GeDeXue/Anhui University of Technology,1/86
  23. The Study on the Shock Initiating Characters of the Small Flyer Initiating Fined-Grained Explosives,TanRuMei/University of North,1/204
  24. New type of boron base powder research,ZhangWenYi/Nanjing University of Technology and Engineering,0/146
  25. Study on Mechanism and Safty of Commercial Electric Detonators in Electromagnetic Environment,DuBin/Anhui University of Technology,2/135
  26. Safety Evaluation for Industrial Detonator Productions,WeiPinYuan/Nanjing University of Technology and Engineering,0/59
  27. Insensitive type instantaneous extension two electricity igniter design,ChenHongJun/Nanjing University of Technology and Engineering,0/65
  28. The Research of Non-electric Electronic Detonator,WangWei/Wuhan University of Technology,2/206
  29. Study on Delay Accuracy of Commercial Detonators,ChenZhiJun/Nanjing University of Technology and Engineering,3/187
  30. Bottom row of the experimental study and numerical simulation work performance igniter,JiangChong/Nanjing University of Technology and Engineering,0/38
  31. The Application of PVDF in Measuring the Output Shock Wave of Detonator,DuanXiangLi/Nanjing University of Technology and Engineering,0/78
  32. Study of Decreased Primary Explosive Charges for Commercial Detonators,ZhangHu/Anhui University of Technology,1/116
  33. Precision Performance of Boron Type Delay,MaHongWei/Anhui University of Technology,2/162
  34. Igniter combustion characteristics,DuanJinJun/Nanjing University of Technology and Engineering,2/124
  35. Research and Development for Mining Igniter,GuoZiLin/Nanjing University of Technology and Engineering,0/55
  36. Study on Formula and Preparation Technology of High Precision Boron/Barium Chromate Delay Composition,LiShangJie/University of North,0/61
  37. Study on Impact Resistance High Precision Timing Technology of Electronic Detonator,HuangXiaoLiang/University of North,0/92
  38. Research on Combustion Performance and Characterization Method of Delay Composition,LiuXiaoWen/Anhui University of Technology,0/38
  39. Experimental Study on the Delay Precision of the Coal Mine Ms Delay Electric Detonator,LuXiuWei/Liaoning Technical University,0/72
  40. Extended precision detonator technology research,XieGuoHui/Nanjing University of Technology and Engineering,1/132
  41. Feasibility Study about Zn-22 wt.% Al Eutectoid Alloy Used as Delay Detonator Body,TangWei/Nanjing University of Technology and Engineering,0/21
  42. Detonator in the belt transmission risk detonation Study,LiuYu/Nanjing University of Technology and Engineering,0/13
  43. Method and Theory about Defect Detection of Empty Tube Detonators Made in Metal,LiuJiaZuo/Liaoning Technical University,0/22

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