从美军标看我国引信安全性的差距

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英文篇名：The Deficiencies of Domestic Fuze Safety Refering to U.S. Millitary Standards 作者：汪仪林 ; 张龙山 ; 马秋华 英文作者：WANG Yilin;ZHANG Longshan;MA Qiuhua;Xi'an Institute of Electromechanical Information Technology;Science and Technology on Electromechanical Dynamic Control Laboratory; 关键词：引信安全性 ; 引信安全系统 ; 电子安全系统 ; 引信安全性设计准则 英文关键词：fuze safety;;fuze safety system;;fuze electronic safety and arming systems;;safety criteria for fuze design 中文刊名：XDYX 英文刊名：Journal of Detection & Control 机构：西安机电信息技术研究所;机电动态控制重点实验室; 出版日期：2019-06-26 出版单位：探测与控制学报 年：2019 期：v.41;No.194 语种：中文; 页：XDYX201903001 页数：5 CN：03 ISSN：61-1316/TJ 分类号：3-7

摘要

针对我国引信安全性技术和管理方面存在的问题,分析了我国与美国的差距,得出"在引信安全性方面,越是先进的技术,我国和美国的差距越大,支持引信技术创新发展的技术基础的差距可达20年,我国的技术差距有拉大的趋势"的结论。分析表明,技术基础薄弱、引信核心元器件水平低、缺乏有效的安全评估和审查是产生差距的主要原因。据此提出了相应的建立持续稳定地研究投入机制,建立我国引信安全性评估机制等措施建议。
        The deficiencies of domestic fuze safety was analyzed according to the existing technologies and administratment problems. It was concluded that the more advanced the high technology of fuze safety was, the further the deficiencies between the both were. There would be 20 years' backwards relative to U.S. in the basis technology of fuze innovation development, and this situation would be more serious in future. It was indicated that the main causes were insubstantial basic technology, lower core instruments, lack of safety evaluation and review, and shorter of invest. It was suggested that the continuous research investing and fuze safety evaluation system should be constituted.

引文

[1] MIL-STD-1316F FUZE DESIGN,SAFETY CRITERIA FOR[S].U S Department of Defense,2017.
    [2] MIL-STD-331D FUZES,IGNITION SAFETY DEVICES AND OTHER RELATED COMPONENTS,ENVIRONMENTAL AND PERFORMANCE TESTS FOR[S].U S Department of Defense,2017.
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