The 9s19mt three-coordinate phased array radar turned on the search anti-tactical ballistic missile mode. With a launch power of 15 kilowatts, countless electromagnetic waves filled the sky, receiving early warning information from the command center of the 9s457-1 missile battalion. After fan-sweeping, the radar accurately discovered the tactical ballistic missile flying in 250 kilometers away! At the same time, it began to conduct stable surveillance on the flight path of the incoming ballistic missile.

At the same time, the electronic computers of the entire missile system are being processed quickly. With the Soviet Union's breakthrough in the field of microelectronics technology in recent years, the S-300 missiles that have been put into service have been replaced with new computers, and the processing speed is faster!

In later generations, even if Russia's electronic technology was underdeveloped, the S-300 missile exported to China still refreshed the Chinese military workers. This kind of missile is not advanced in any technical field unilaterally. However, these things have an unparalleled effect when integrating them. The integration ability of Soviet technicians is the strongest. By dismantling the S-300, the ideas of Chinese military workers were broadened, and the Hongqi 9 missile was successfully improved.

Under the circumstances at that time, the s-300 could become a sharp sword for air defense. What's more, with the advanced electronic system as a backing, the s-300 system's reaction is even faster!

After more than twenty seconds of calculation, the launch data were calculated and all of them were output to the launching company's 9m82 missile not far away. This kind of missile has a range of 100 kilometers for targets such as aircraft. However, when dealing with ballistic missiles, the range was drastically reduced to forty kilometers, which was caused by the differences in ballistic trajectory.

For example, from the perspective of combat height, targets such as aircraft generally fly in the air about 10,000 meters. To fire ballistic missiles, they need to fly to a height of up to 30,000 meters. In this case, the energy generated by the thrust of the missile engine is used to increase the altitude, and the distance will naturally be greatly reduced.

Now, the ballistic missile on the opposite side is flying rapidly. When the engine is burning, it almost flies along a fixed curve, that is, the ballistic curve. Unless it has the ability to change the orbit, the missile's whereabouts can be calculated completely.

When the missile continued to fall and approached eighty kilometers, smoke rose from the launching position here. Two 9m82 missiles flew into the sky in one second apart!

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

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

Another S-300 air defense missile position is also ready to go. If the interception fails here, they still have a last chance to re-issue.

In later generations, the United States boasted about how proficient Patriot missiles intercepted ballistic missiles, but later it turned out to be a scam. The Soviet Union never deceived itself. The goal of this system was to intercept ballistic missiles, so it really had this ability!

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

The 9s19mt radar continues to emit signals and returns to the radar screen. Two highlights are approaching quickly!

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

Near, closer, closer!

Time can be calculated almost in microseconds. The relative speed of the two missiles exceeds Mach 10,000 meters per second!

In the missile's seeker, the dual-beam radio fuse begins to release electromagnetic waves. The distance between the two sides is determined through the returned electromagnetic waves. At this time, the missile has also entered the final stage!

Get close, keep getting close! When one hundred meters away, the seeker fuse moves, and a current flows 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 was only one warhead left. This warhead suddenly disintegrated from the air while passing through this rain of death!

Nuclear warheads split into four or five pieces have lost the possibility of detonation, but 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 fills the sky forty kilometers southwest of the Beca Valley and thirty kilometers at an altitude of thirty kilometers.

These nuclear pollution continued to go downward and fell until the troposphere, and began to be affected by airflow.

Although the Mediterranean climate is more westerly windy in winter, the situation has changed again when it comes to the eastern coast. The high-pressure zone from the North Caucasus makes the wind direction here tend to be more northeastern winds!

Blowed by this airflow, these nuclear pollution flew towards the southwest, crossed the mountains in the western part of the Beca Valley, and continued to fly down.

After the nuclear warhead is intercepted, it is difficult to explode again. After all, if the warhead is to explode, it is necessary to make the nuclear raw materials inside reach a critical volume and they need to be squeezed together.

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

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

"Order our troops to immediately retract and retreat to the Beca Valley!" Almost at the same time, an environmental monitoring aircraft that had taken off soon monitored radioactive pollution in the air. Andre immediately advised the Syrian president in Damascus: "At the same time, protect the masses in the Beca Valley and let them stay in their homes and not come out!"

The most serious pollution is the area controlled by the Israelites, so let them suffer the consequences! Radioactive dust is everywhere, let’s see how the Israelites continue to fight!

The pollution in the Beka Valley is not serious. Activating an emergency plan can protect the local ecology. I am afraid that the Israelis did not expect this result?

Humph, the show has just begun! (To be continued.)
Chapter completed!