The so-called distributed radar detection and locking tactic, as the name suggests, is to take on a certain single parameter detection task according to different characteristics, and then use a comprehensive computer to combine several processed single parameters to form a technical response method for shooting elements that implement strikes;

Take the Falcon air defense missile system that is currently implementing terminal anti-missile interception operations as an example. As we all know, the core of radar measuring target technical parameters is nothing more than three, namely distance, altitude and speed. The combination of the three becomes the basic firing elements for air defense missiles to launch attacks.

If you deal with low Mach number aerial vehicles such as ordinary combat aircraft, the general three-coordinate radar is sufficient to be able to perform the comprehensive detection and settlement of targets, and it is not difficult to hit the target due to its fast speed, high interception accuracy and strong damage resistance.

The detonation of the close-range rupture warhead in the usual sense cannot stop it. Only a head-on impact can it be completely destroyed. This requires the air defense and anti-missile system to calculate the intercepting ballistics and collision nodes in a very short time. To put it bluntly, it is necessary to calculate the advance amount and determine when and where the two collided to ensure the destruction without injuring the ground facilities and personnel;

This principle is simple, but it is extremely difficult to do. Not to mention various high-performance computers that match it, just talking about the theoretical equations and operational solutions for the flight trajectory of ballistic missiles that are consistent with theory and practice can exclude most countries in the world from the threshold of air defense and anti-missile;

It is precisely because of this that, looking at the world, only the two superpowers of the United States and the Soviet Union have the confidence to get involved in the so-called air defense and anti-missile technology. The reason is that both countries have thousands of ballistic missiles, various ballistic trajectories, flight paths to return to the atmosphere, combat headquarters penetration methods and technical characteristics they have, the two countries have already understood through years of experiments.

These basic ballistic missile test data are precisely the core technology of air defense and anti-missiles. This is like the four-character operation in mathematics. If there is no foundation to support it, any trigonometric function, higher function, and calculus will be in vain.

The same is true for air defense and anti-missiles. Without these basic test data as support, even high-performance computing with unique performance worldwide can only be an empty shell with virtual tables and has no use. Because of this, even if the Soviet Union cannot compare with France, Germany or even Japan in the field of military electronics, it can develop anti-missile interception technology comparable to the United States. Its root is here!

If we measure it by such standards, China, whose overall technical strength is still at the mid-to-late 1970s, obviously cannot be compared with the two superpowers of the United States and the Soviet Union. In theory, even if we use our best efforts, it will be difficult to make any achievements in air defense and anti-missiles;

This is true according to the normal development trajectory. However, a small butterfly who accidentally entered this era, gently vibrated her wings, accidentally turned the trajectory into a small arc. It is precisely with this arc that China not only has anti-missile interception technology, but also has a vague sign of overtaking on the curve...

This little butterfly that changed its trajectory is no one else. It is Lu Jiadong, who is currently in the depths of the Iraqi desert. As a military expert who traveled through time in later generations, Lu Jiadong's mind has many and diverse military technologies. If you look at it carefully, Lu Jiadong is not particularly proficient in these complex technologies;

The reason why he was able to prosper in the military industry was nothing more than being able to understand the development context of military industry in later generations. In addition to his excellent basic knowledge, he became a master in the military industry today. If Lu Jiadong's ability was only of this level, he would not be able to bear the title of expert in later generations.

Lu Jiadong can stand up for the title of military industry expert, mainly because he has extraordinary achievements that surpass others in a very important field, and this field is nothing else. It is the anti-missile interception technology that has attracted countless military powers. It is precisely because of this that he was appointed by the Central Military Commission as the general manager of the Hongqi-19 missile of China's first generation mid-term anti-missile interceptor missile;

The reason why he was able to become one of the crossing army was because of the explosion of a mid-stage anti-missile interceptor bomb that failed the test. Therefore, Lu Jiadong's mind carries countless technical data about air defense and anti-missiles. You should know that it was the precious basic data that China has been constantly exploring, summarizing and testing for twenty years from the late 1990s to the early 21st century.

The achievements made are no worse than the current United States and Soviet Union, and even surpass the Soviet Union in some aspects, which is comparable to the United States. Because of this, Lu Jiadong always wants to use the anti-missile interception technology he has mastered to create a giant shield for China to resist ballistic missiles in advance!

However, Lu Jiadong had a good idea and had enviable technology. However, China's foundation in this era was too thin. No matter theory, materials, manufacturing, or talents could not bear the research and development needs of high-tech equipment such as anti-missile interceptor bombs. Therefore, Lu Jiadong could only put his mind on his mind and start from scratch to build various supporting industries suitable for the research and development of anti-missile interceptor bombs;

It was not until he was transferred to Northeast Heavy Industry Group that he felt that the time was ripe, so he integrated the preliminary anti-missile interception technology based on the "Falcon" air defense missile system. First, he could cultivate a large number of relevant technical talents, and second, he also tested whether the relevant technical research and development and manufacturing capabilities met the requirements, thereby laying a solid foundation for the research and development and production of real anti-missile interceptor missiles in the future.........

As for the core technology, thanks to Lu Jiadong's authoritative identity in this field, it is naturally no problem. What's more, the positioning of the "Falcon" air defense system is only to have preliminary terminal anti-missile capabilities, and it only deals with short-range ballistic missiles with a range of less than 500 kilometers;

Lu Jiadong can be said to be able to write the basic data and solution equations of short-range missiles whose warheads and bodies are not separated. Not to mention the low-end "Scud" missile, even the coordinate axis of the complex penetration settlement function of "Iskander", the king of short-range ballistic missiles, Lu Jiadong can write it down with his eyes closed.

Therefore, this basic problem is not a big problem for Lu Jiadong. What really makes him embarrassed is that China's foundation is still a bit weak at this time, and it is impossible to provide small computers with efficient computing, nor can it solve the material ratio of collision warhead components.

In desperation, Lu Jiadong could only use the existing technology to improve the terminal anti-missile interception capabilities of the "Falcon" air defense missile system as much as possible, so he had a slightly complex radar marshal. Because relying on China's existing technical means, the yjl-10 phased array fire-controlled lightning alone could not achieve the capabilities similar to the an/mpq253 phased array radar equipped with the "Patriot";

Therefore, Lu Jiadong took a different approach. Since the single radar cannot complete the complex reconnaissance and settlement work, the complex basic parameters will be divided into three parts, and the yjl-8 long-range early warning radar with the largest range is responsible for the detection of distance parameters; the yjl-10 phased array fire-controlled lightning tracks the specific speed of the ballistic missile with the highest accuracy and the fastest operation speed; while the yjl-6 low-altitude blind radar can just shoulder the effect of the altitude measurement radar due to wavelength reasons.

The three radars each perform their own duties and input the specific parameters of the exploration into their respective computers. These computers may be a bit difficult to process comprehensive data, but it is no problem to settle one or two specific parameters. In this way, their computing speed and efficiency will naturally be greatly improved. Then, through the data transmission system, a single technical parameter is summarized into the large computer in the command cabin, thus completing the incredible radar dispersed locking work...

However, the final end interception mission cannot be completed by relying solely on the radar. No matter how bright the eyes are, if there is no suitable sharp arrow, it will not be able to penetrate the incoming missile. In the end, it can only follow the footsteps of the "Patriot" and become a waste of money with a thug at the beginning and a slash;

Therefore, the capabilities of the missile itself cannot be neglected, especially the warhead, which must be rebuilt. Among them, the active radar kinetic energy collision warhead is undoubtedly the best choice. However, China cannot complete this technically difficult development work at this time. Lu Jiadong can only retreat this time, starting from the principle of high-speed flight of ballistic missiles, and rebuilt the detonation fuse of the "Falcon" air defense missile warhead.........

"When ballistic missiles fly at high speed, due to air resistance friction, it will generate a lot of heat energy at the warhead position. It is precisely based on this principle that Mr. Lu added infrared detonation fuses to the warhead of the Falcon air defense missile. You must know that when the ballistic missile flies at the end, the fuel has been exhausted.

The infrared thermal radiation characteristics at the tail have been greatly weakened, and only the characteristics of the warhead are the most obvious. Because the cross-section of the ballistic missile warhead is small, ordinary radio near-blasting fuses cannot be detonated even if they are close, so only infrared detonation fuses are the most suitable. Therefore, our "Falcon" missile can detonate near the "Scud" warhead and use powerful kill fragments to destroy the close ballistic missile warhead, thereby completing the interception mission!

Of course, due to the avant-garde technology of this technology and the limitations of domestic infrared optical technology, the hit rate of our Falcon air defense missile is only 40% at best. Fortunately, Mr. Lu’s ballistic missile settlement formula is very accurate. In addition, the previous observations of the Patriot intercepting operations have already thoroughly grasped the ballistic characteristics of the Scud missile, so that we can achieve the accurate head-on interception......"

In the short moment of waiting for the computer to settle and shoot the world, Luo Zhenhai spoke quickly and explained the question Zhou Rui was puzzled. As soon as he finished speaking, the screen of data that was constantly thrusting suddenly straightened. Luo Zhenhai insisted that his eyes were condensed, and then he helped up the microphone to his mouth and ordered without hesitation:
Chapter completed!