别做鸵鸟，看看波音公司和SAIC公司，F22，F35，在如何发 ...

关于AESA雷达用于定向能武器，发了论文人们也不相信，为了让大家养成正视现实的好习惯，我还是继续搜索一些国内外的文献，希望有勇气的可以多看看
魔高一尺道高一丈，你正视了总是有办法的
可以关注以下新闻
1：SAIC公司为美空军研究开发高能微波 http://www.cetin.net.cn/cetin2/s ... 108&docno=71288

根据这篇中文翻译，我找到了原文，原文在这里
$16M for SAIC to Research HPM Effects
http://www.defenseindustrydaily. ... -HPM-Effects-05161/

请注意中文新闻和英文新闻的黑体字（我加黑的）
再看看波音公司在干什么
波音公司为美空军开发机载高能微波武器 http://www.cetin.net.cn/cetin2/s ... 108&docno=78608

这篇我就懒得去查英文原文了
其实要了解AESA和EMP的关系很简单，用bing 搜索这两个关键词，第一个就是这个
Electronic Weapons: The EMP Beast From The East http://www.strategypage.com/htmw/htecm/articles/20110725.aspx
这一篇我只选择文摘其中一段，并试图翻译一下

AESA在让战机更高效的同时，有着更吸引战机设计者和中国人的地方，例如，昧国空军已经为战机装备了一些脉冲武器，这并不是科幻小说，这些武器运用了AESA的高能微波效应（HPM),AESA可以把能量聚焦成波束破坏一定距离内的目标的电子零部件，类似于核武器所发出的EMP（电磁冲击）。因为明显的理由，昧国空军不会谈论已经安装在诸如F35和F22这样的平台上的此类系统的杀伤距离，但是，这个杀伤距离是弹性的，与目标电子零部件经过了怎么样的加固有关，不同的aesa雷达的作用距离也不同，昧国空军说他们正在发展更大的AESA雷达用于在180公里以外破坏巡航导弹的制导系统

关于AESA雷达用于定向能武器，发了论文人们也不相信，为了让大家养成正视现实的好习惯，我还是继续搜索一些国内外的文献，希望有勇气的可以多看看
魔高一尺道高一丈，你正视了总是有办法的
可以关注以下新闻
1：SAIC公司为美空军研究开发高能微波 http://www.cetin.net.cn/cetin2/s ... 108&docno=71288

[美国《国防工业日报》2008年11月17日报道]    SAIC公司收到美国科特兰德（Kirtland）空军基地空军研究实验室（AFRL）一份价值1600万美元的IDIQ研究开发合同，并发布了一份名为《电磁效应研究开发》的广泛机构公告。

    研究内容将包括高能电磁波（Electro-Magnetic，EM）的破坏性能、军事装备在高能微波（HPM）环境下的生存性能、HPM武器的开发和HPM的改进——将预言性型号改进为作战型号。

    军方希望SAIC公司合理运用可用的AFRL/RDH资本资产，并且增强和完善AFRL/RDH的性能，而不仅仅是从事研究。

    电磁脉冲（EMP）是一种强辐射爆炸的衍生现象，常见于核武器爆炸。EMP能够烧毁其作用范围内的大多数半导体电子器件，也就是目前几乎所有的电子产品。因此核弹空爆产生的EMP就拥有了一种潜在的进攻用途。

    HPM同样包含EMP，但不会如此显著。例如，人们声称现代AESA雷达能够将其阵列聚焦，在局部范围内产生HPM效应，从而使敌方雷达弱化甚至失能。

    在未来十几年内AESA雷达将陆续装备俄罗斯和欧洲的战斗机，随着应用物理学相关内容研究的深入，这种物理现象将会在进攻和防御领域发挥作用。

根据这篇中文翻译，我找到了原文，原文在这里
$16M for SAIC to Research HPM Effects
http://www.defenseindustrydaily. ... -HPM-Effects-05161/

$16M for SAIC to Research HPM Effects

Nov 17, 2008 15:18 UTC by Defense Industry Daily staff
F-22: HPM emitter?
(click to view full)
Nov 5/08: SAIC Technology Services Co., of San Diego, CA received an indefinite-delivery/ indefinite-quantity contract for $16 million for R&D under a Broad Agency Announcement entitled “Electro Magnetic Effects Research and Development.” This research will examine aspects of high power EM lethality, with missions that include survivability of military equipment high power microwave (HPM) environments, the development of HPM weapons, and the refinement of HPM-predictive modeling for inclusion into engagement and campaign-level models. The military woul like SAIC to make optimum use of available AFRL/RDH capital assets and to augment or complement AFRL/RDH capabilities, rather than pursuing its research alone. The Air Force Research Laboratory/RDKP, Det 8 Directorate of Contracting at Kirtland AFB, NM manages this contract (FA9451-06-D-0222, P00009).

EMP (Electro-Magnetic Pulse) is a side-effect of intense radiation bursts, usually from a nuclear weapon. Its effect is to fry most semiconductor-based electronics within its effective range, which is to say most electronics these days. This gives EMP a potential offensive use via strategically placed nuclear airbursts. Rep Roscoe Bartlett [R-MD] has led the charge on this issue in Congress, working to establish an EMP Commission that has reported on the USA’s general vulnerability to such attacks, and further research continues. HPM includes EMP, but it can also be much less dramatic. As one example, there are claims that some modern AESA radars might be able to focus their arrays, in order to produce a very localized HPM effect that could impair or even disable enemy radars. With AESA radars set to deploy in Russian and European fighters over the next decade, a better understanding of the applied physics involved makes sense for both defensive and offensive reasons.

请注意中文新闻和英文新闻的黑体字（我加黑的）
再看看波音公司在干什么
波音公司为美空军开发机载高能微波武器 http://www.cetin.net.cn/cetin2/s ... 108&docno=78608

波音公司为美空军开发机载高能微波武器

    [波音公司2009年5月15日报道]    4月27日，波音公司获得了一份价值3800万美元的合同，将为美国空军研究实验室（AFRL）的反电子高能微波先进导弹计划（Counter-electronics High Power microwave Advanced Missile Project，CHAMP）开发一种非致命高能微波（HPM）机载演示器。
    这项CHAMP联合性能技术演示（Joint Capability Technology Demonstration，JCTD）计划将是第一个演示反电子HPM航空演示器的项目。
    据波音公司幻影工厂（Phantom Works）CHAMP项目经理基斯·科尔曼（Keith Coleman）介绍：“这种演示器将提供一种革命性的非致命系统，能够帮助军方应对各种目标，并将附带毁伤降到最低。该系统融合了AFRL的紧凑型微波技术和波音公司的先进飞行器设计制造技术，将会催生一类新型非致命高效系统，这将改变游戏规则。”
    该项目为期3年，包括地面和飞行演示，将专注于技术集成和军事应用。波音公司作为主承包商将提供机载平台和系统集成。新墨西哥州阿布奎恩（Albuquerque）市的Ktech公司作为主要分包商将提供HPM发射源。桑迪亚国家实验室（Sandia National Laboratories）将提供脉冲电源系统。

这篇我就懒得去查英文原文了
其实要了解AESA和EMP的关系很简单，用bing 搜索这两个关键词，第一个就是这个
Electronic Weapons: The EMP Beast From The East http://www.strategypage.com/htmw/htecm/articles/20110725.aspx
这一篇我只选择文摘其中一段，并试图翻译一下

While AESA makes fighters much more effective, it's the many other uses of AESA that make this technology so attractive to warplane designers, and the Chinese. For example, the U.S. Air Force has been equipping some of its fighters with electronic ray type weapons. Not quite the “death ray” of science fiction fame, but an electronic ray type weapon none the less. In this case, the weapon uses the high-powered microwave (HPM) effects found in AESA radar technology. AESA is able to focus a concentrated beam of radio energy that could scramble electronic components of a distant target. Sort of like the EMP (Electromagnetic Pulse) put out by nuclear weapons. The air force won’t, for obvious reasons, discuss the exact “kill range” of the of the various models of AESA radars on American warplanes (the F-35 and F-22 have them). However, it is known that “range” in this case is an elastic thing. Depending on how well the target electronics are hardened against EMP, more electrical power will be required to do damage. Moreover, the electrical power of the various AESA radars in service varies as well. The air force has said that the larger AESA radars it is developing would be able to zap cruise missile guidance systems up to 180 kilometers away.

AESA在让战机更高效的同时，有着更吸引战机设计者和中国人的地方，例如，昧国空军已经为战机装备了一些脉冲武器，这并不是科幻小说，这些武器运用了AESA的高能微波效应（HPM),AESA可以把能量聚焦成波束破坏一定距离内的目标的电子零部件，类似于核武器所发出的EMP（电磁冲击）。因为明显的理由，昧国空军不会谈论已经安装在诸如F35和F22这样的平台上的此类系统的杀伤距离，但是，这个杀伤距离是弹性的，与目标电子零部件经过了怎么样的加固有关，不同的aesa雷达的作用距离也不同，昧国空军说他们正在发展更大的AESA雷达用于在180公里以外破坏巡航导弹的制导系统