文章摘要
丁军辉.某型靶弹系统火工品安全控制设计[J].,2018,37(5):.
某型靶弹系统火工品安全控制设计
Safety Control Design of Explosive Initiator in Certain Type Target-missile System
投稿时间:2018-02-05  修订日期:2018-02-27
DOI:10.7690/bgzdh.2018.05.020
中文关键词: 靶弹系统  火工品  安全性设计
英文关键词: target-missile  explosive initiator  safety design
基金项目:
作者单位
丁军辉 中国人民解放军91851 部队辽宁 葫芦岛 125001 
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中文摘要:
      针对某型靶弹系统火工品安全全流程管控问题,进行火工品危险严重性分析,划分弹载组件、靶弹、发 射状态3 个层次开展安全设计。采用钝感点火,功率驱动和恒过载解保、延时解保串联方案,保障火工品静电、运 输、跌落、异常撞击等环境下的安全;靶弹层面,设计电气隔离、工作2 种状态,能力覆盖靶弹运输、存储、测试、 模拟发控等全部非发射工况;发射状态下,采取逐段管控、串联保险、单一接口操控策略,保障技术准备、发控对 接、试验发射等应用环节安全。实际应用结果表明:该设计可靠、有效地实现了火工品安全全流程控制。
英文摘要:
      Aiming at the explosive initiator life cycle safety control problem of certain type target-missile system, according to explosive initiator danger severity, carry out safety design in 3 levels, which including missile-equipment, target-missile and launching sate. Insensitive firing, power driver, constant overload armed and delay series connection armed were used to keep explosive initiator safety in the condition of electrostatic field, transportation, drop impact and abnormal impact. Isolation and working states are designed to ensure target-missile safety in un-launching process, such as transiting, storage, testing, simulation launch control docking test. The methods of stage-wise control, insurance series, single man-machine interface was used to ensure safety of target-missile system in the process of technical preparation, launch control docking and launching. Application results demonstrates that the safety methods are valid and reliable to the life cycle safety control of target-missile system.
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