国外精确制导弹药发展对重要军事设施的威胁
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摘要
系统地分析了世界主要国家三类典型精确制导弹药的基本性能参数,并从弹药效能、侵彻能力、远程打击能力、飞行速度、体系打击能力等方面预测了未来精确制导弹药的发展趋势,科学评判了其精确打击能力提升对重要军事设施带来的威胁。可以看出,随着精确制导弹药的命中精度、钻地深度、破坏威力和射程不断提升,未来战场上纵深精确打击的火力强度将不断提高。在此基础上,结合未来战争体系对抗的背景,提出了构建综合防护系统的理念,以全面提升重要军事设施战时的防护能力。
The basic performance parameters of three kinds of typical PGMs( precision-guided munitions)are analyzed systematically,and the development trend of PGMs are predicted from aspects of weapon effectiveness,penetration capability,long-range strike capability,flight speed and system strike capability.And then,the threat imposed to major military installations by the enhancement of PGMs 'precision strike capabilities are assessed scientifically. Through the analysis,as PGMs continue to improve hit accuracy,penetration depth,destructive power and firing range,the strength of depth precision strike continues to enhance. On this basis,the concept of integrated protection system are put forward,which enhances the protection capability of major military facilities in wartime comprehensively,with the background of So S combat in the future battlefield.
The basic performance parameters of three kinds of typical PGMs( precision-guided munitions)are analyzed systematically,and the development trend of PGMs are predicted from aspects of weapon effectiveness,penetration capability,long-range strike capability,flight speed and system strike capability.And then,the threat imposed to major military installations by the enhancement of PGMs 'precision strike capabilities are assessed scientifically. Through the analysis,as PGMs continue to improve hit accuracy,penetration depth,destructive power and firing range,the strength of depth precision strike continues to enhance. On this basis,the concept of integrated protection system are put forward,which enhances the protection capability of major military facilities in wartime comprehensively,with the background of So S combat in the future battlefield.
引文
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[16]李文杰,牛文.高超声速打击武器突防能力浅探[J].飞航导弹,2013,(7):8-11.
[17]赵永,李为民,赵晨皓,等.美国全球快速打击系统发展现状及动向分析[J].飞航导弹,2014(3):11-16.
[2]Watts B D.Six decades of guided munitions and battle networks:progress and prospects[M].Washington,DC:Center for Strategic and Budgetary Assessments,2007.
[3]Miasnikov E.Long-range precision-guided conventional weapons:implications for strategic balance,arms control and non-proliferation[J].International Commission on Nuclear Non-proliferation and Disarmament,2009.
[4]Mrak G,Bryan C.Sustaining AMERICA’s precision strike advantage[M].Washington,DC:Center for Strategic and Budgetary Assessments,2015.
[5]Robert H,eds.Jane’s Air-launched weapons 2014-2015[M].IHS Jane’s,2014.
[6]Duclos D.A presentation of ATR processing chain validation procedure of IR terminal guidance version of the AASM modular air-to-ground weapon.SPIE Defense,Security,and Sensing[R].International Society for Optics and Photonics,2009.
[7]Young S H H.Gallery of USAF weapons[J].Air Force Magazine,2006,89(5):146.
[8]Eklund D.Fire and brimstone:the RAF’s 21st century missiles[J].RAF Magazine,2006:19-25.
[9]蔡毅.光电精确制导武器[M].北京:兵器工业出版社,2013.
[10]Cappacio T.Navy lacks plan to defend against sizzler missile[J].Bloomberg News,2007:23.
[11]魏毅寅.世界导弹大全(第三版)[M].北京:军事科学出版社,2011.
[12]Yarbrough II A B.The impact of nanotechnology energetics on the department of defense by 2035[D].AIR University,2010.
[13]Hart R J,Colonel U.Defeating hard and deeply buried targets in 2035[M].Air University,2012.
[14]O’Halloran,James,Christopher F,et al.Jane’s land based air defence 2011-2012[M].IHS Jane’s,2011.
[15]高虹霓,赵一兵,刘力,等.新概念武器及主要关键技术综述[J].飞航导弹,2013,(8):32-38.
[16]李文杰,牛文.高超声速打击武器突防能力浅探[J].飞航导弹,2013,(7):8-11.
[17]赵永,李为民,赵晨皓,等.美国全球快速打击系统发展现状及动向分析[J].飞航导弹,2014(3):11-16.