Red Soviet Union

The 9s19 coordinate phased array radar has turned on the search mode for anti-tactical ballistic missiles. [x.] With a transmission power of 15 kilowatts, countless electromagnetic wave radiation flooded the sky, received the early warning information from the command center of the 9s457-1 missile battalion, searched through the fan scan, and after 30 seconds after starting up, this radar accurately found The tactical ballistic missile that flew over 250 kilometers away! Simultaneously, steady monitoring of incoming ballistic missile flight paths began.

At the same time, the electronic computer of the entire missile system is processing rapidly. With the Soviet Union's breakthroughs in the field of microelectronic technology in recent years, the s-300 missiles entering service have been replaced with new computers, and the processing speed is even faster. quick!

In later generations, even if Russia's electronic technology is underdeveloped, the s-300 missile exported to China still refreshes the Chinese military personnel. This kind of missile is not advanced in any technical field, but these The integration of things has achieved an unparalleled effect. The integration ability of Soviet technicians is the strongest. By dismantling the s-300, the Chinese military personnel's thinking has been broadened, and only then has the Red Flag 9 missile been successfully improved.

Under the circumstances at the time, the s-300 could become a sharp sword for air defense, not to mention that now, with the backing of an advanced electronic system, the response of the s-300 system is even faster!

After more than 20 seconds of calculation, the launch data was all calculated and output to the 9 missiles of the launch company not far away. This kind of missile has a range of 100 kilometers against targets such as aircraft. When it comes to ballistic missiles, the range is drastically reduced to 40 kilometers, which is caused by the difference in ballistics.

For example, from the perspective of combat altitude, targets such as airplanes generally fly at an altitude of about 10,000 meters, but to launch ballistic missiles, they need to fly to a height of up to 30,000 meters. The energy generated by the thrust of the engine is used to increase the height, and the distance will naturally be greatly reduced.

But now, the ballistic missile on the opposite side is flying fast. When the engine burns out, it will almost fly along a fixed curve, that is, the ballistic curve. Unless it has the ability to change orbit twice, otherwise, the missile's The drop curve is completely calculable.

When the missile continued to fall and approached 80 kilometers away from our own side, smoke rose from the launch site here, and two 9 missiles flew into the sky with an interval of one second!

The scheduled interception point is at the maximum range of 40 kilometers!

At this time, everyone was extremely nervous. The Syrian army in the entire Bekaa Valley received an order to prevent nuclear explosions. The warhead that flew over was probably a nuclear warhead! And the task of intercepting nuclear warheads fell on them!

Another s-300 air defense missile position is also ready to go. If the intercept here fails, they have one last chance to reissue it.

In later generations, the United States boasted how proficient the Patriot missiles were in intercepting ballistic missiles, but it turned out to be a hoax, and the Soviet Union never deceived itself. The goal of developing this system is to intercept ballistic missiles, so it really has this ability!

The entire interception process only takes tens of seconds. After the missile is launched, everyone's operations are over, and it is only time to watch the results!

9s19 Da continued to emit signals, returning to the radar screen, two bright spots were rapidly approaching!

At the same time, the guidance radar on the launching vehicle synchronizes the data, and the emitted electromagnetic waves are reflected on the missile's seeker. The three-axis rotating seeker firmly captures the direction of the target and constantly fine-tunes its own orientation.

Closer, closer, closer!

The time can be measured in microseconds. The relative speed of the two missiles exceeds Mach 10, and they can fly more than 3,000 meters per second!

Inside the seeker of the missile, the dual-beam radio fuze begins to release electromagnetic waves, and the distance between the two sides is determined through the returned electromagnetic waves.

At this time, the missile has also entered the final stage!

Come closer, keep coming closer! When it was a hundred meters away, the seeker fuze activated, and a current flowed into the warhead!

Boom! With the violent explosion, countless broken rod warheads flew out, covering the entire airspace of the incoming missiles!

At this time, the opponent's ballistic missile had only one warhead left, and this warhead suddenly disintegrated from the air when passing through the rain of death!

The nuclear warheads that split into four or five pieces have lost the possibility of detonation. However, these nuclear warheads have become a greater threat. They continue to disintegrate in the air, rubbing and burning with the air, and a large amount of nuclear pollution is flooding the Bekaa Valley Forty kilometers southwest and thirty kilometers high in the sky.

These nuclear pollutions continued to descend until they reached the troposphere, where they began to be affected by air currents.

Although the Mediterranean climate has more westerly winds in winter, the situation has changed on the eastern coast. The high pressure belt from the North Caucasus makes the wind direction here more biased towards the northeast wind!

Under the blowing of this air current, the nuclear pollution flew to the southwest, flew over the mountains in the west of the Bekaa Valley, and continued to fly downward.

After the nuclear warhead is intercepted, it is difficult to explode again. After all, in order for the warhead to explode, the nuclear materials inside need to reach a critical volume, and they need to be squeezed together.

Now, this warhead has been successfully intercepted, but the s-300 can only intercept it at the end, which leads to the radiation of the nuclear bomb, which will affect the local ecology.

And now, the only lucky thing is the weather! With the northeasterly wind blowing, these radioactive nuclear pollutions are drifting towards the southwest, where is Israel's offensive route!

Order our troops to shrink back immediately and retreat to the Bekaa Valley! Almost at the same time, an environmental monitoring plane that took off soon detected radioactive pollution in the air. Andrei immediately reported to the Syrian President in Damascus Suggestion: At the same time, protect the people in the Bekaa Valley, let them stay in their homes and don't come out!

The worst pollution is the area controlled by the Israelis, so let them suffer the consequences! There is radioactive dust everywhere, let's see how the Israelis continue to fight!

Pollution in the Bekaa Valley is not serious, and the activation of the emergency plan can protect the local ecology. This result is probably not expected by the Israelis, right?

Hmph, the show has just begun!

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