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https://mil.news.sina.com.cn/jssd/2019-10-05/doc-iicezuev0154697.shtml
新浪军事 > 军事深度>正文
B-2轰炸机谁都无法拦截？我国新型雷达亮相专打隐身机
B-2轰炸机谁都无法拦截？我国新型雷达亮相专打隐身机
377
这是中国空军预警雷达方队第4次接受检阅。此次亮相的三型雷达装备，作为空军“十二五”重点型号装备，肩负着我军对反隐反导反临作战的重大使命。对加强我军新一代防空预警系统建设，提升复杂电磁环境下对隐身飞机、战术弹道导弹和临近空间目标的探测能力；创新防空作战方式；实现搜索、发现、跟踪和目标指示的一体化意义重大。
三型雷达都是我国新一代防空预警体系的骨干装备，是防空反导一体化的重点装备。三种预警雷达系统分别工作在UHF波段，L波段，以及S波段，都强调了机动性，多功能性以及反隐身性能。
提到隐身战机，许多人都会不由得想到美国的隐身战机，想到最早的F-117和B-2隐形轰炸机。美国是世界上最早进行隐身飞机研发的国家，在隐身飞机领域积累了大量丰富经验，其几十年前打造出来的B-2隐形轰炸机至今依旧是传奇般的存在，当前没有其他任何一个国家拥有与之类似的飞机。
作为一款隐身战机，B-2隐形轰炸机并不是不可以被击落的，能击落它的导弹很多。但问题在于一般很难发现它的踪迹，都无法发现那也就谈不上最终击落了。也就是说，只要用先进的雷达探测到B-2，就有机会击落它。
B-2是隐形轰炸机，探测它必须要用到先进的反隐身雷达，目前世界上具备反隐身雷达的国家只有中国、美国以及俄罗斯三个国家。比如我国目前正在装备的第四代米波雷达，是全球现在最先进的米波雷达，这种雷达波长在一米到十米范围内，对隐身飞机有非常好的探测效果。米波雷达可以探测隐身飞机并不是随便说的，曾经在科索沃战争中就出现过通过米波雷达引导击落美国F-117的战例。这就说明米波雷达还是有一定效果的，再加上一些现代化创新设计，米波雷达定能成为隐身战机的噩梦。
所谓的隐身战机，无非就是在吸收与反射雷达波上做到了极致。我们都知道，雷达探测一个目标一个物体是通过发出雷达波然后发射回来得到的，如果发射出去的波没有反射回来也就很难探测到想要探测的目标。这种情况要不是真的没有什么目标，要不就是雷达波被吸收掉了，或者被反射到其他方向去。所以只要能做到发射波微弱或者吸收，就可以实现理论上的隐身，当然现在的隐身飞机基本上都是通过这个原理来实现隐身的。
B-2隐形轰炸机虽说是一架体型庞大的飞机，但美国在上边涂抹了最好的隐身涂层，再加上奇怪气动外形设计，让B-2在雷达上看上去仅仅只有0.1平方米。差不多相当于一只鸟的雷达探测面积，当然也有人说其实际雷达探测面积没有这么小。
除了我们中国的米波雷达之外，俄罗斯对反隐身飞机雷达的研发也从来没有停歇。据悉，俄罗斯在未来不久即将装备的S-500防空导弹系统具备对隐身飞机的打击。俄罗斯人自己也说了这种导弹专门就是为打击隐身飞机而生的，其装备的也是米波雷达VHF波段雷达。仅仅依靠一种雷达可能难以实现对B-2是隐形轰炸机的彻底拦截，毕竟在防空中主防的一方属于传统弱势，俗话说得好，十防九空。但如果把隐身战机、反隐身雷达以及导弹这三个加在一起，就可以大大提升击落隐身飞机的几率。实际上，现在许多国家针对隐身飞机的防空采取的就是这种策略，全方位对敌方隐身飞机进行围追堵截。（作者署名：科罗廖夫）
Sina Military > Military Depth > Text
No one can intercept the B-2 bomber? China's new radar debut specializes in stealth machines
No one can intercept the B-2 bomber? China's new radar debut specializes in stealth machines
377
This is the fourth time the Chinese Air Force early warning radar team has been reviewed. The three-type radar equipment that was unveiled this time, as the key model of the Air Force's "Twelfth Five-Year Plan", shoulders the important mission of our army against anti-implicit anti-missile anti-impedance. Strengthening the construction of our new generation of air defense early warning system, improving the detection capability of stealth aircraft, tactical ballistic missiles and adjacent space targets in complex electromagnetic environment; innovating air defense operations; achieving integration of search, discovery, tracking and target indications is of great significance .
The three-type radar is the backbone equipment of China's new generation of air defense early warning system, and it is the key equipment for air defense and anti-missile integration. The three early warning radar systems operate in the UHF, L-band, and S-band, respectively, emphasizing mobility, versatility, and anti-stealth performance.
When it comes to stealth fighters, many people can't help thinking of stealth fighters in the United States, thinking of the earliest F-117 and B-2 stealth bombers. The United States is the first country in the world to conduct research and development of stealth aircraft. It has accumulated a wealth of experience in the field of stealth aircraft. The B-2 stealth bomber that was built decades ago is still legendary. It is currently not owned by any other country. A similar aircraft.
As a stealth fighter, the B-2 stealth bomber is not impossible to be shot down. There are many missiles that can shoot it down. But the problem is that it is generally difficult to find traces of it, and it is impossible to find out that it will not be finally shot down. In other words, as long as the B-2 is detected with advanced radar, there is a chance to shoot it down.
The B-2 is a stealth bomber. It must use advanced anti-stealth radar. At present, there are only three countries in China with anti-stealth radars: China, the United States and Russia. For example, the fourth-generation Mibo radar currently being equipped in China is the most advanced Mibo radar in the world. This radar has a very good detection effect on stealth aircraft in the range of one meter to ten meters. Mipo radar can detect stealth aircraft not just casually. In the Kosovo war, there have been cases of shooting down the US F-117 through the Mibo radar. This shows that the meter wave radar still has a certain effect, coupled with some modern innovative design, the meter wave radar will be a nightmare for stealth fighters.
The so-called stealth fighters are nothing more than the ultimate in absorption and reflection radar waves. We all know that the radar detects a target and an object is generated by emitting a radar wave and then transmitting it. If the emitted wave is not reflected back, it is difficult to detect the target to be detected. If this is not the case, there is really no target, or the radar wave is absorbed or reflected in other directions. Therefore, as long as the launch wave is weak or absorbed, the theoretical stealth can be realized. Of course, the current stealth aircraft basically realize stealth through this principle.
Although the B-2 stealth bomber is a huge aircraft, the United States has applied the best stealth coating on the top, coupled with the strange aerodynamic shape design, so that the B-2 looks only 0.1 square meters on the radar. It is almost equivalent to the radar detection area of a bird. Of course, some people say that the actual radar detection area is not so small.
In addition to our China's Mibo radar, Russia's research and development of anti-stealth aircraft radar has never stopped. It is reported that Russia's S-500 air defense missile system to be equipped in the near future will have a blow to stealth aircraft. The Russians themselves said that the missile was specially created to combat stealth aircraft, and it was equipped with a meter wave radar VHF band radar. It is difficult to achieve a complete interception of the B-2 stealth bomber by relying on only one kind of radar. After all, the party in the air defense is a traditional weak, as the saying goes, the ten defenses are nine air. But if you add the three stealth fighters, anti-stealth radar and missiles together, you can greatly increase the chances of shooting down stealth aircraft. In fact, many countries now adopt this kind of strategy for the air defense of stealth aircraft, and carry out all-round chasing and interception of enemy stealth aircraft. (Author's signature: Korolev)
新浪军事 > 军事深度>正文
B-2轰炸机谁都无法拦截？我国新型雷达亮相专打隐身机
B-2轰炸机谁都无法拦截？我国新型雷达亮相专打隐身机
377
这是中国空军预警雷达方队第4次接受检阅。此次亮相的三型雷达装备，作为空军“十二五”重点型号装备，肩负着我军对反隐反导反临作战的重大使命。对加强我军新一代防空预警系统建设，提升复杂电磁环境下对隐身飞机、战术弹道导弹和临近空间目标的探测能力；创新防空作战方式；实现搜索、发现、跟踪和目标指示的一体化意义重大。
三型雷达都是我国新一代防空预警体系的骨干装备，是防空反导一体化的重点装备。三种预警雷达系统分别工作在UHF波段，L波段，以及S波段，都强调了机动性，多功能性以及反隐身性能。
提到隐身战机，许多人都会不由得想到美国的隐身战机，想到最早的F-117和B-2隐形轰炸机。美国是世界上最早进行隐身飞机研发的国家，在隐身飞机领域积累了大量丰富经验，其几十年前打造出来的B-2隐形轰炸机至今依旧是传奇般的存在，当前没有其他任何一个国家拥有与之类似的飞机。
作为一款隐身战机，B-2隐形轰炸机并不是不可以被击落的，能击落它的导弹很多。但问题在于一般很难发现它的踪迹，都无法发现那也就谈不上最终击落了。也就是说，只要用先进的雷达探测到B-2，就有机会击落它。
B-2是隐形轰炸机，探测它必须要用到先进的反隐身雷达，目前世界上具备反隐身雷达的国家只有中国、美国以及俄罗斯三个国家。比如我国目前正在装备的第四代米波雷达，是全球现在最先进的米波雷达，这种雷达波长在一米到十米范围内，对隐身飞机有非常好的探测效果。米波雷达可以探测隐身飞机并不是随便说的，曾经在科索沃战争中就出现过通过米波雷达引导击落美国F-117的战例。这就说明米波雷达还是有一定效果的，再加上一些现代化创新设计，米波雷达定能成为隐身战机的噩梦。
所谓的隐身战机，无非就是在吸收与反射雷达波上做到了极致。我们都知道，雷达探测一个目标一个物体是通过发出雷达波然后发射回来得到的，如果发射出去的波没有反射回来也就很难探测到想要探测的目标。这种情况要不是真的没有什么目标，要不就是雷达波被吸收掉了，或者被反射到其他方向去。所以只要能做到发射波微弱或者吸收，就可以实现理论上的隐身，当然现在的隐身飞机基本上都是通过这个原理来实现隐身的。
B-2隐形轰炸机虽说是一架体型庞大的飞机，但美国在上边涂抹了最好的隐身涂层，再加上奇怪气动外形设计，让B-2在雷达上看上去仅仅只有0.1平方米。差不多相当于一只鸟的雷达探测面积，当然也有人说其实际雷达探测面积没有这么小。
除了我们中国的米波雷达之外，俄罗斯对反隐身飞机雷达的研发也从来没有停歇。据悉，俄罗斯在未来不久即将装备的S-500防空导弹系统具备对隐身飞机的打击。俄罗斯人自己也说了这种导弹专门就是为打击隐身飞机而生的，其装备的也是米波雷达VHF波段雷达。仅仅依靠一种雷达可能难以实现对B-2是隐形轰炸机的彻底拦截，毕竟在防空中主防的一方属于传统弱势，俗话说得好，十防九空。但如果把隐身战机、反隐身雷达以及导弹这三个加在一起，就可以大大提升击落隐身飞机的几率。实际上，现在许多国家针对隐身飞机的防空采取的就是这种策略，全方位对敌方隐身飞机进行围追堵截。（作者署名：科罗廖夫）
Sina Military > Military Depth > Text
No one can intercept the B-2 bomber? China's new radar debut specializes in stealth machines
No one can intercept the B-2 bomber? China's new radar debut specializes in stealth machines
377
This is the fourth time the Chinese Air Force early warning radar team has been reviewed. The three-type radar equipment that was unveiled this time, as the key model of the Air Force's "Twelfth Five-Year Plan", shoulders the important mission of our army against anti-implicit anti-missile anti-impedance. Strengthening the construction of our new generation of air defense early warning system, improving the detection capability of stealth aircraft, tactical ballistic missiles and adjacent space targets in complex electromagnetic environment; innovating air defense operations; achieving integration of search, discovery, tracking and target indications is of great significance .
The three-type radar is the backbone equipment of China's new generation of air defense early warning system, and it is the key equipment for air defense and anti-missile integration. The three early warning radar systems operate in the UHF, L-band, and S-band, respectively, emphasizing mobility, versatility, and anti-stealth performance.
When it comes to stealth fighters, many people can't help thinking of stealth fighters in the United States, thinking of the earliest F-117 and B-2 stealth bombers. The United States is the first country in the world to conduct research and development of stealth aircraft. It has accumulated a wealth of experience in the field of stealth aircraft. The B-2 stealth bomber that was built decades ago is still legendary. It is currently not owned by any other country. A similar aircraft.
As a stealth fighter, the B-2 stealth bomber is not impossible to be shot down. There are many missiles that can shoot it down. But the problem is that it is generally difficult to find traces of it, and it is impossible to find out that it will not be finally shot down. In other words, as long as the B-2 is detected with advanced radar, there is a chance to shoot it down.
The B-2 is a stealth bomber. It must use advanced anti-stealth radar. At present, there are only three countries in China with anti-stealth radars: China, the United States and Russia. For example, the fourth-generation Mibo radar currently being equipped in China is the most advanced Mibo radar in the world. This radar has a very good detection effect on stealth aircraft in the range of one meter to ten meters. Mipo radar can detect stealth aircraft not just casually. In the Kosovo war, there have been cases of shooting down the US F-117 through the Mibo radar. This shows that the meter wave radar still has a certain effect, coupled with some modern innovative design, the meter wave radar will be a nightmare for stealth fighters.
The so-called stealth fighters are nothing more than the ultimate in absorption and reflection radar waves. We all know that the radar detects a target and an object is generated by emitting a radar wave and then transmitting it. If the emitted wave is not reflected back, it is difficult to detect the target to be detected. If this is not the case, there is really no target, or the radar wave is absorbed or reflected in other directions. Therefore, as long as the launch wave is weak or absorbed, the theoretical stealth can be realized. Of course, the current stealth aircraft basically realize stealth through this principle.
Although the B-2 stealth bomber is a huge aircraft, the United States has applied the best stealth coating on the top, coupled with the strange aerodynamic shape design, so that the B-2 looks only 0.1 square meters on the radar. It is almost equivalent to the radar detection area of a bird. Of course, some people say that the actual radar detection area is not so small.
In addition to our China's Mibo radar, Russia's research and development of anti-stealth aircraft radar has never stopped. It is reported that Russia's S-500 air defense missile system to be equipped in the near future will have a blow to stealth aircraft. The Russians themselves said that the missile was specially created to combat stealth aircraft, and it was equipped with a meter wave radar VHF band radar. It is difficult to achieve a complete interception of the B-2 stealth bomber by relying on only one kind of radar. After all, the party in the air defense is a traditional weak, as the saying goes, the ten defenses are nine air. But if you add the three stealth fighters, anti-stealth radar and missiles together, you can greatly increase the chances of shooting down stealth aircraft. In fact, many countries now adopt this kind of strategy for the air defense of stealth aircraft, and carry out all-round chasing and interception of enemy stealth aircraft. (Author's signature: Korolev)
