BRAVO! China!
BRAVO! China!
BRAVO! China!
Surely not so simple as they said, if they got it on 055 destroyers, than they are also onboard aircraft carriers & other high end naval ships.
Huge side mounted antennas now revealed to be anti-missile defense systems, using very strong microwave energy to BBQ away radars and guidance electronics mounted on the missiles's tips. They will make missiles BRAIN-DEAD while approaching PLA warships, flying out of control and not obeying commands. Ultra-Smart Ultra-Effective Ultra-Simple Idea and World Unique. The speed of this weapon is light speed same as laser missile defense, but does not need to be as accurate as laser to be effective, and better than laser, it can penetrate smoke, fog, haze, and beyond visible line of sight.
Missiles can not escape this because their are depending badly on microwave, to serve purpose of radar and command link. Missiles themselves are full of their own microwave antennas. They will get BBQ and fried instantly by this system. Toasted before reaching target.
https://mil.news.sina.com.cn/jssd/2019-04-03/doc-ihtxyzsm2812760.shtml
中国055大驱或已装备微波反导武器 令导弹无法近身
中国055大驱或已装备微波反导武器 令导弹无法近身
336
作为我国新一代水面舰艇的开创者，055型驱逐舰上有着太多新型装备，其中不少都堪称是“黑科技”。在055型驱逐舰上得以应用的那些新鲜事物中，相比已经被大家熟知的综合射频系统、双波段雷达、反隐身雷达等新概念、新技术，还有很多人都的知之甚少的“舰载高功率微波“（HPM）反导系统。如果说综合射频、双波段雷达乃至反隐身雷达等概念在055型驱逐舰诞生之前，就已经有国外其他型号的水面舰艇进行过尝试的话，那么与“舰载高功率微波反导系统”相关的概念纵然早在冷战时期就已经被提出，但目前将其从理念转化为现实的，却只有我国海军的055型驱逐舰。
相比其他新概念技术，055上的微波反导系统外界知之甚少
实际上，早在首舰下水前后，就有人对该舰舰桥两侧那对大型天线阵列的用途生出了不少疑问。在此期间，也有不少爱好者推测其用途应当与电子战或反隐身雷达有关，但考虑到阵面大小与安装位置等因素后，以上推论又显得有些站不住脚。毕竟如果只是电子战天线，并不需要如此巨大的天线孔径。至于反隐身雷达一说，更多的人则认为该设备应当是安装在机库两侧。不过，2017年公布的国家科技进步奖一等奖中由黄文华团队主导的“微波反导”项目，似乎又为055型驱逐舰上这一神秘设备的具体用途提供了另一种可能性。
很多都对舰桥两侧神秘天线的具体用途产生了疑问
从黄文华研究员早年署名的一篇名为《高功率微波对抗反舰导弹的技术途径》的论文中所提到的内容来看，国内相关科研机构和海军很早就对使用“舰载高功率微波反导系统”拦截反舰导弹的课题进行过深入研究。同时，根据黄文华团队获奖时官方披露的一系列八股分析，早在2010就获得突破性进展的微波反导武器，待到055型驱逐舰进行设计时或许已经具备了批量装备的条件。因此，055型驱逐舰舰桥两侧那对令人瞩目的“广告牌”，极有可能就是前文中提及的“舰载高功率微波反导系统”的发射天线。
我国科研机构曾对微波反导概念进行过深入研究
所谓微波反导武器，其概念其实不难理解。从技术角度上讲，它与音波、激光武器一样同属定向能武器的范畴。它主要通过调制特殊高能电磁脉冲，来实现对导弹导引头这种精密器件的物理性破坏。因而具备了反应快、可全天候持续工作等优势。此外，对于现代反舰导弹必备的如无线电高度表、GPS接收机、数据链甚至是无线电近炸引信等重要弹载设备，微波反导武器也能对其做到不同程度的毁伤。对于反舰导弹这种高精尖武器而言，以上这些设备中的任何一个出现了问题，都将使得导弹对目标的锁定概率与命中精度急剧降低。
反舰导弹的精密弹载设备是微波反导武器的毁伤重点
也正是以上提到的诸多特点优势，使得微波反导武器单就在防空拦截效率这一指标上，相比传统的防空导弹、近防炮等装备有了质的飞跃。有此“神器”在手，就算是说055型驱逐舰可以做到让反舰导弹无法近身也不为过。不过，也正如论文中提到的那样，单一的反舰导弹对抗技术即使再强大也无法做到包打天下，纵然是微波反导武器也不例外。因此，还是需要不断地跟踪反舰导弹的发展趋势，并深入了解其功能与物理特征。如此一来，才能从中选择合适的组合对抗形式，以达到将水面舰艇防空效率最大化的目的。
微波反导武器与其他防空手段的配合可让反舰导弹无法近身
China's 055 drive or equipped with microwave anti-missile weapons, the missile can not be close
China's 055 drive or equipped with microwave anti-missile weapons, the missile can not be close
336
As the pioneer of China's new generation of surface ships, the 055 destroyer has too many new equipment, many of which are called "black technology." Among the new things that have been applied to the Type 055 destroyer, there are many new concepts and technologies that are well known, such as integrated RF systems, dual-band radars, anti-stealth radars, and many others who know little about them. High power microwave "(HPM) anti-missile system. If the concepts of integrated radio frequency, dual-band radar and even anti-stealth radar are already in use before the birth of the Type 055 destroyer, other models of surface ships have been tried, then the concept related to "ship-based high-power microwave anti-missile system" Even though it has been proposed as early as the Cold War, it is only the 055 destroyer of our navy.
Compared to other new concept technologies, the microwave anti-missile system on the 055 is poorly known.
In fact, before and after the launch of the first ship, some people had a lot of questions about the use of the large antenna array on both sides of the bridge. In the meantime, many fans speculated that their use should be related to electronic warfare or anti-stealth radar, but considering the factors such as the size of the array and the installation location, the above inferences are somewhat untenable. After all, if it's just an electronic warfare antenna, you don't need such a huge antenna aperture. As for the anti-stealth radar, more people think that the device should be installed on both sides of the hangar. However, the “microwave anti-missile” project led by the Huang Wenhua team in the first prize of the National Science and Technology Progress Award announced in 2017 seems to provide another possibility for the specific use of this mysterious device on the Type 055 destroyer.
Many have questioned the specific use of mysterious antennas on both sides of the bridge.
From the article mentioned in the paper titled "Technical Approaches to High-Power Microwave Anti-Ship Missiles" signed by Professor Huang Wenhua in his early years, domestic relevant scientific research institutions and the Navy have long used "carrier high-power microwaves". The anti-missile system has conducted in-depth research on the issue of intercepting anti-ship missiles. At the same time, according to a series of eight-share analysis officially disclosed by Huang Wenhua's team at the time of award, the microwave anti-missile weapon with breakthrough progress was obtained as early as 2010. When the 055 destroyer was designed, it may already have the conditions for batch equipment. Therefore, the pair of eye-catching "billboards" on both sides of the 055 destroyer bridge is most likely the launch antenna of the "ship-based high-power microwave anti-missile system" mentioned in the previous section.
China's scientific research institutions have conducted in-depth research on the concept of microwave anti-missile
The so-called microwave anti-missile weapon is not difficult to understand. From a technical point of view, it is the same as the sonic and laser weapons. It mainly realizes the physical damage to the precision device of the missile seeker by modulating special high-energy electromagnetic pulses. Therefore, it has the advantages of quick response and continuous work all day. In addition, for anti-ship missiles, such as radio altimeters, GPS receivers, data links and even radio proximity fuzes, microwave anti-missile weapons can also be damaged to varying degrees. For the highly sophisticated weapons such as anti-ship missiles, any of these devices has problems, which will cause the missile's locking probability and hit accuracy to be sharply reduced.
The precision missile-borne equipment of anti-ship missiles is the focus of damage to microwave anti-missile weapons.
It is also the advantages of many of the above mentioned features that make the microwave anti-missile weapon alone on the indicator of air defense interception efficiency, compared with the traditional anti-aircraft missiles, near-anti-aircraft and other equipment have a qualitative leap. With this "artifact" in hand, even if the 055 type destroyer can make the anti-ship missile unable to close, it is not too much. However, as mentioned in the paper, even a single anti-ship missile countermeasure technology can't be beaten even if it is strong, even if it is a microwave anti-missile weapon. Therefore, it is still necessary to continuously track the development trend of anti-ship missiles and to understand their functions and physical characteristics. In this way, we can choose the appropriate combination of confrontation forms to achieve the purpose of maximizing the air defense efficiency of surface ships.
The cooperation of microwave anti-missile weapons with other air defense means can make anti-ship missiles invisible
BRAVO! China!
BRAVO! China!
Surely not so simple as they said, if they got it on 055 destroyers, than they are also onboard aircraft carriers & other high end naval ships.
Huge side mounted antennas now revealed to be anti-missile defense systems, using very strong microwave energy to BBQ away radars and guidance electronics mounted on the missiles's tips. They will make missiles BRAIN-DEAD while approaching PLA warships, flying out of control and not obeying commands. Ultra-Smart Ultra-Effective Ultra-Simple Idea and World Unique. The speed of this weapon is light speed same as laser missile defense, but does not need to be as accurate as laser to be effective, and better than laser, it can penetrate smoke, fog, haze, and beyond visible line of sight.
Missiles can not escape this because their are depending badly on microwave, to serve purpose of radar and command link. Missiles themselves are full of their own microwave antennas. They will get BBQ and fried instantly by this system. Toasted before reaching target.
https://mil.news.sina.com.cn/jssd/2019-04-03/doc-ihtxyzsm2812760.shtml
中国055大驱或已装备微波反导武器 令导弹无法近身
中国055大驱或已装备微波反导武器 令导弹无法近身
336
作为我国新一代水面舰艇的开创者，055型驱逐舰上有着太多新型装备，其中不少都堪称是“黑科技”。在055型驱逐舰上得以应用的那些新鲜事物中，相比已经被大家熟知的综合射频系统、双波段雷达、反隐身雷达等新概念、新技术，还有很多人都的知之甚少的“舰载高功率微波“（HPM）反导系统。如果说综合射频、双波段雷达乃至反隐身雷达等概念在055型驱逐舰诞生之前，就已经有国外其他型号的水面舰艇进行过尝试的话，那么与“舰载高功率微波反导系统”相关的概念纵然早在冷战时期就已经被提出，但目前将其从理念转化为现实的，却只有我国海军的055型驱逐舰。
相比其他新概念技术，055上的微波反导系统外界知之甚少
实际上，早在首舰下水前后，就有人对该舰舰桥两侧那对大型天线阵列的用途生出了不少疑问。在此期间，也有不少爱好者推测其用途应当与电子战或反隐身雷达有关，但考虑到阵面大小与安装位置等因素后，以上推论又显得有些站不住脚。毕竟如果只是电子战天线，并不需要如此巨大的天线孔径。至于反隐身雷达一说，更多的人则认为该设备应当是安装在机库两侧。不过，2017年公布的国家科技进步奖一等奖中由黄文华团队主导的“微波反导”项目，似乎又为055型驱逐舰上这一神秘设备的具体用途提供了另一种可能性。
很多都对舰桥两侧神秘天线的具体用途产生了疑问
从黄文华研究员早年署名的一篇名为《高功率微波对抗反舰导弹的技术途径》的论文中所提到的内容来看，国内相关科研机构和海军很早就对使用“舰载高功率微波反导系统”拦截反舰导弹的课题进行过深入研究。同时，根据黄文华团队获奖时官方披露的一系列八股分析，早在2010就获得突破性进展的微波反导武器，待到055型驱逐舰进行设计时或许已经具备了批量装备的条件。因此，055型驱逐舰舰桥两侧那对令人瞩目的“广告牌”，极有可能就是前文中提及的“舰载高功率微波反导系统”的发射天线。
我国科研机构曾对微波反导概念进行过深入研究
所谓微波反导武器，其概念其实不难理解。从技术角度上讲，它与音波、激光武器一样同属定向能武器的范畴。它主要通过调制特殊高能电磁脉冲，来实现对导弹导引头这种精密器件的物理性破坏。因而具备了反应快、可全天候持续工作等优势。此外，对于现代反舰导弹必备的如无线电高度表、GPS接收机、数据链甚至是无线电近炸引信等重要弹载设备，微波反导武器也能对其做到不同程度的毁伤。对于反舰导弹这种高精尖武器而言，以上这些设备中的任何一个出现了问题，都将使得导弹对目标的锁定概率与命中精度急剧降低。
反舰导弹的精密弹载设备是微波反导武器的毁伤重点
也正是以上提到的诸多特点优势，使得微波反导武器单就在防空拦截效率这一指标上，相比传统的防空导弹、近防炮等装备有了质的飞跃。有此“神器”在手，就算是说055型驱逐舰可以做到让反舰导弹无法近身也不为过。不过，也正如论文中提到的那样，单一的反舰导弹对抗技术即使再强大也无法做到包打天下，纵然是微波反导武器也不例外。因此，还是需要不断地跟踪反舰导弹的发展趋势，并深入了解其功能与物理特征。如此一来，才能从中选择合适的组合对抗形式，以达到将水面舰艇防空效率最大化的目的。
微波反导武器与其他防空手段的配合可让反舰导弹无法近身
China's 055 drive or equipped with microwave anti-missile weapons, the missile can not be close
China's 055 drive or equipped with microwave anti-missile weapons, the missile can not be close
336
As the pioneer of China's new generation of surface ships, the 055 destroyer has too many new equipment, many of which are called "black technology." Among the new things that have been applied to the Type 055 destroyer, there are many new concepts and technologies that are well known, such as integrated RF systems, dual-band radars, anti-stealth radars, and many others who know little about them. High power microwave "(HPM) anti-missile system. If the concepts of integrated radio frequency, dual-band radar and even anti-stealth radar are already in use before the birth of the Type 055 destroyer, other models of surface ships have been tried, then the concept related to "ship-based high-power microwave anti-missile system" Even though it has been proposed as early as the Cold War, it is only the 055 destroyer of our navy.
Compared to other new concept technologies, the microwave anti-missile system on the 055 is poorly known.
In fact, before and after the launch of the first ship, some people had a lot of questions about the use of the large antenna array on both sides of the bridge. In the meantime, many fans speculated that their use should be related to electronic warfare or anti-stealth radar, but considering the factors such as the size of the array and the installation location, the above inferences are somewhat untenable. After all, if it's just an electronic warfare antenna, you don't need such a huge antenna aperture. As for the anti-stealth radar, more people think that the device should be installed on both sides of the hangar. However, the “microwave anti-missile” project led by the Huang Wenhua team in the first prize of the National Science and Technology Progress Award announced in 2017 seems to provide another possibility for the specific use of this mysterious device on the Type 055 destroyer.
Many have questioned the specific use of mysterious antennas on both sides of the bridge.
From the article mentioned in the paper titled "Technical Approaches to High-Power Microwave Anti-Ship Missiles" signed by Professor Huang Wenhua in his early years, domestic relevant scientific research institutions and the Navy have long used "carrier high-power microwaves". The anti-missile system has conducted in-depth research on the issue of intercepting anti-ship missiles. At the same time, according to a series of eight-share analysis officially disclosed by Huang Wenhua's team at the time of award, the microwave anti-missile weapon with breakthrough progress was obtained as early as 2010. When the 055 destroyer was designed, it may already have the conditions for batch equipment. Therefore, the pair of eye-catching "billboards" on both sides of the 055 destroyer bridge is most likely the launch antenna of the "ship-based high-power microwave anti-missile system" mentioned in the previous section.
China's scientific research institutions have conducted in-depth research on the concept of microwave anti-missile
The so-called microwave anti-missile weapon is not difficult to understand. From a technical point of view, it is the same as the sonic and laser weapons. It mainly realizes the physical damage to the precision device of the missile seeker by modulating special high-energy electromagnetic pulses. Therefore, it has the advantages of quick response and continuous work all day. In addition, for anti-ship missiles, such as radio altimeters, GPS receivers, data links and even radio proximity fuzes, microwave anti-missile weapons can also be damaged to varying degrees. For the highly sophisticated weapons such as anti-ship missiles, any of these devices has problems, which will cause the missile's locking probability and hit accuracy to be sharply reduced.
The precision missile-borne equipment of anti-ship missiles is the focus of damage to microwave anti-missile weapons.
It is also the advantages of many of the above mentioned features that make the microwave anti-missile weapon alone on the indicator of air defense interception efficiency, compared with the traditional anti-aircraft missiles, near-anti-aircraft and other equipment have a qualitative leap. With this "artifact" in hand, even if the 055 type destroyer can make the anti-ship missile unable to close, it is not too much. However, as mentioned in the paper, even a single anti-ship missile countermeasure technology can't be beaten even if it is strong, even if it is a microwave anti-missile weapon. Therefore, it is still necessary to continuously track the development trend of anti-ship missiles and to understand their functions and physical characteristics. In this way, we can choose the appropriate combination of confrontation forms to achieve the purpose of maximizing the air defense efficiency of surface ships.
The cooperation of microwave anti-missile weapons with other air defense means can make anti-ship missiles invisible
