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电磁飞板防护技术在防护工程中的应用探讨 被引量:1

Discussion of applying the electromagnetic flying plate protective technology to the field of protective engineering
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摘要 提出了电磁飞板用于工程防护的概念。通过对电磁飞板防护技术相关领域国内外发展情况的跟踪,结合未来作战需求及其自身的特点,分析了在防护工程中应用该技术的必要性和可行性,设想了未来的实际应用,并提出了深入开展该技术研究的建议。先期研究表明:开展该技术研究不仅必要,而且可行;应重点开展关键技术研究和模拟试验装置研制。 The concept of the electromagnetic flying plate protective technology is put forward. By analyzing the cur- rent situation of related research fields about the technology in China and abroad, and according to operational re- quirements in the future and the features of this technology, the necessity and feasibility of applying this technology to the field of protection engineering are analyzed. In addition, the suggestions about enhancing the research of this technology is put forward. The result shows that it is not only necessary but also feasible to carry out research on this technology. On the basis of the advanced research, research on key technologies and experimental simulation de- vices should be carried out.
出处 《防护工程》 2012年第3期74-78,共5页 Protective Engineering
基金 国家自然科学基金(11072115),国家部委预研基金(51326030104H)资助项目
关键词 电磁飞板 防护工程 必要性 可行性 electromagnetic flying plate protective engineering necessity feasibility
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  • 1王莹.论电磁发射开启电磁武器时代[J].电气技术,2010,11(S1):1-4. 被引量:4
  • 2任王军,曹兰付,王永辉,等.对野战工程防护科研的几点思考[J].防护工程,2011,33(6):55-57.
  • 3崔传安,龚贺,龚华栋,等.信息化战争条件下野战防护发展探讨[J].防护工程,2011,33(6):58-61.
  • 4朱大明.关于“工程防护”概念的探讨[J].防护工程,2011,33(5):72-76.
  • 5Harry D F.Electromagnetic launch science and technology in the United States enters a new era[J].IEEE Transactions on Magnetics,2005,41(1):158-164.
  • 6Marc Andre Meyers.Dynamic behavior of materials[M].John Wiley and Sons,1994.
  • 7AUTODYN Theory Manual[M].California:Century dynamics Co.,2005.

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