Rule department scholar

at the same time.

The Z-wave satellite weapon team has already completed the data summary of the first experiment.

The first experiment was to hit a conventional cruise missile target. The result of the experiment was not perfect, mainly due to lack of experience. After the satellite radar system locked the target, the commander immediately issued a launch command.

Although the weapon hit the target directly, the launch time was still a bit early.

The original plan of the experiment was to use satellite weapons to strike after the missile cruised, that is, after entering the atmosphere.

At this stage, the cruise missile will move forward at a steady speed, and the hit rate of the strike will exceed 90.00%.

In fact, there is some reason for the commanders to make temporary strike decisions. The main reason is that they are not sure that after the missile continues to enter the atmosphere, it can still accurately capture the target. The main satellite weapon relies on the satellite system to capture the target, and the satellite system The premise for it to function is that it cannot be disturbed by factors such as solar storms, magnetic fields, and weather.

Of course.

This is just a small problem.

Whether it is during the launch of the missile or the attack during the cruise, the result is the same, that is, the missile is detonated in advance.

After the experiment ended, the Z-wave satellite weapon team began to collect various data, including the distance of Z-wave transmission, real-time energy parameters, and launch delay time, as well as the charging speed of subsequent Z-wave devices for satellite weapons, and the impact caused by launching Z-waves. Orbital offset and instant energy consumption, etc.

These data are very important, allowing the team to understand what state the satellite weapon will be in after launching a Z-wave strike on the target.

After all the data is summarized, the Z-wave satellite weapon team is ready to conduct the second experiment. They have launched three satellite weapons, and they must conduct three experiments.

The second experiment was much more routine, just attacking a fishing boat at sea, but with the first experience, attacking a fishing boat is like hitting a mosquito with a cannon.

Coincidentally.

Country YD is conducting an aircraft carrier launch test, the key is that they are still provoking.

The general manager of the Z-wave satellite weapon, the military chief Qiu Changshu, directly submitted the application, saying that it is meaningless for the satellite weapon to test fishing boats. It is best to use large ships as targets for sea units. For example, aviation- mother.

After receiving the application, the high-level executives rubbed their foreheads and felt a headache, and immediately asked Qiu Changshu if he had absolute confidence that the experiment could be carried out unconsciously, and the important thing was not to be noticed.

Qiu Changshu immediately expressed his willingness to use the head as a guarantee, and almost said a bunch of military orders, and then the high-level officials conducted detailed discussions, and finally agreed to Qiu Changshu's application.

The next day, the YD-made aircraft carrier continued to cruise. The speed of the aircraft carrier was not fast, it was only about fifteen knots, and it was cruising slowly.

A large ship at this speed is completely a living target in front of Z-wave satellite weapons.

The satellite system has been continuously tracking, and has also analyzed in detail the components of each part of the hull.

Z-Wave Satellite Weapons Team.

Qiu Changshu kept staring at the ship on the screen, and asked the staff to lock the engine, and everything was ready.

When the aircraft carrier slowed down slightly, Qiu Changshu waved his hands decisively, "It's now!"

"Get ready!"

"Countdown... five, four, three..."

"one!"

"emission!"

……

On the aircraft carrier of YD country.

The two reporters joked while filming the busy people on the deck, "This is probably the most boring aircraft carrier. It has been moving forward without a hurry, and there is not even a fighter."

"Water test, that's it."

"However, the speed is very slow and boring. Looking at these people, I don't know what they are doing. I regret getting on the boat now."

"Don't complain. The one who came with me, Howard, was unlucky! He went to see a missile test and was admitted to the hospital. At least we are safe now."

"That's right. But, don't worry, what dangers can such a big boat walk along the shore? We are safe."

"That's why I applied to board the ship."

While the two were talking, they suddenly heard a loud noise, and immediately the entire hull shook non-stop, and turned to one side in a short time, setting off almost thirty degrees.

They were all driven, slid to the edge of the hull, and grabbed the raised part of the deck with all their strength, so as not to fall into the sea.

"what happened?"

"God! Help me! Help me!"

"Didn't you say it was safe? My God? Where is it safe? It seems that my life will end today!"

"Don't say it, don't say it~~"

They yelled frantically together. Fortunately, the hull returned to its original position quickly, but it was definitely not safe. They just stabilized their bodies when they saw a fire burning behind the hull, and many soldiers were also running crazily. When it burned, they all jumped into the sea directly, and some were dismantling the lifeboat, lowering it into the water and then boarding the boat.

No one knew what happened, but everyone's first reaction was to run for their lives.

The two journalists were lucky, there was a lifeboat next to them, and the soldiers saw that they were foreigners, so they let them board the boat together.

A small boat filled with more than a dozen people hurriedly drove away from the big boat.

The boat stopped far away.

The people on the ship felt safe, and then looked at the aircraft carrier from a distance, only to see that the rear part of the aircraft carrier was all burning, and heard the sound of explosions from time to time, as if the end of the world was approaching.

"fortunately……"

"runs fast!"

"Is there a war? However, there don't seem to be any enemies..."

A group of people also discussed. They didn't find any enemies, and they didn't have any warning before. It seemed that an explosion happened directly, and they didn't know what happened.

Now the hull is burning violently, and the sound of explosions is endless.

A knowledgeable soldier said, "It should be that the oil storage tank was set on fire."

"At first, I heard the sound, it seemed to be the engine compartment. It is estimated that the engine compartment exploded, and the fuel tank was ignited."

"It must be out of control now. I guess there is no hope for this ship."

Others asked, "Will it sink?"

"Maybe."

No one knew if the ship would be silent or not. After a while, other lifeboats also gathered, followed the other ships on cruise, and took all the people on the lifeboats to the ship.

Everyone looked at the hull from a distance. Some soldiers were putting out the fire, but it was of no avail.

In the end, they escaped from the hull and could only let the water jet boat pass by, trying to put out the fire with sea water, but it was obviously useless in the face of the burning fuel oil.

The fire continued.

No one knows exactly when the hull will sink into the sea unbearably.

……

Z-Wave Satellite Weapons Team.

Qiu Changshu looked at the situation of being hit by the aircraft carrier from the perspective directly above. The fire reflected on the screen made him swallow hard, and murmured, "It seems that it was a success, an unprecedented success! .”

"It's just that I didn't expect it to be so powerful..."

"It should have caused the engine to explode directly, and ignited the fuel tank."

"There is a problem with the safety design of this aircraft carrier...Fortunately, we have suspended the aircraft carrier plan."

The others next to him also nodded.

That's a real aircraft carrier, even if it's just been tested in the water, it's still a very powerful large ship.

The construction time of such a ship must be calculated in years, and the money spent is also in units of '[-] million US dollars'.

The results of it?

Just as soon as the Z wave passed, it exploded and was about to sink.

This is the power of advanced technology!

Z-wave weapons have gone far beyond the scope of conventional weapons. It can be said that the existing weapon system can truly achieve cross-dimensional strikes, and they are the only team that has mastered Z-wave weapons.

Everyone feels a little excited at the thought of this, but also feels a great responsibility on their shoulders.

Chapter 589 Significant progress in material manufacturing technology

The Z-wave satellite-weapon space strike experiment can be said to be very successful, but there are still many areas for improvement. The most important thing is to increase the service life of the weapon.

The disadvantages of Z-wave satellite-weapons are obvious, because the energy consumption of maintaining the magnetic field generated by Z-wave is relatively high, and the energy supply of solar panels is far from enough, which directly affects the service time, which can only last for one year. It's just a theoretical time. In fact, normally speaking, the service time will not exceed ten months.

This time is really too short.

The Z-wave team held a major research and development meeting, discussed the service of Z-wave weapons with other relevant personnel, and talked about a series of technical improvement related issues, and finally found that because the energy source cannot be self-sufficient, there is no solution at all.

If you want to serve for a longer period of time, there are only two auxiliary options -

One is to build a certain number of Z-wave satellite weapons and supporting launch propellers, but the weapons are not activated, they are only placed in the warehouse for service, and they are launched into the air for use when they are really used.

This is the solution.

Because the Z-wave is not only hung in space to actively strike targets, but also used in the field of air defense is also of great significance. There are plans to build a lot of Z-wave generators placed on the ground, and some generators that can be lifted into the air with attached components do not seem to be considered. What, when it can be used, it is also a good choice when launching into space.

Another solution is to wait for the anti-gravity technology to be applied in the aerospace field, and to actually build a large-scale space base, then you can place batches of Z-wave weapons in the space base. They are like fighter jets in the space base, and then All can be launched to perform various scheduled tasks.

Of course, this plan will have to wait, and what needs the space base will have is impossible to grasp at this stage.

In the end, the research and development meeting made a decision, and it was determined that according to the first plan, the first batch of [-] Z-wave satellites-weapons will be built. Increasing the number of production can improve the batch capacity, and then slowly increase the number if there is demand in the future.

The second is to start developing and building ground Z-wave generators.

Ground Z-wave generators, the scale that can be built and the energy intensity of launching Z-waves are much higher than Z-wave satellite weapons. The design estimates that the coverage of Z-waves is at least more than [-] kilometers, and can directly strike space targets. .

Of course.

The term "strike space targets" is only a term for the time being, because the existing detection technology is too difficult to lock satellites in space, unless there are satellites of one's own side to continuously monitor the target. Track and measure, otherwise it will be too difficult to lock.

Therefore, the Z-wave generator built on the ground can only be used in the conventional air defense field for the time being.

The performance of the Z-wave generator built on the ground is much superior. Not only is the coverage increased, but with sufficient energy supplement, it can launch once every 5 minutes at most. At the same time, each Z-wave weapon system, It can be used continuously, and there is no other component consumption except conventional energy.

In addition, the cost of building Z-wave generators on the ground is very low. The estimated manufacturing cost of each system is less than 2000 million yuan, and the energy usage cost of each Z-wave is only about 10 yuan.

The price is astonishingly low.

If you compare it, the cost of launching the internationally famous Patriot air defense missile is about 500 million U.S. dollars, and the cost of a single shot has already exceeded the Z-wave generator itself.

Because of the low cost and amazing effect, the meeting quickly made a decision to manufacture [-] ground Z-wave generators in advance, and put them into official service in conjunction with the air defense system. A superior ground Z-wave generator.

When the research and development of the Z-wave generator technology made a series of progress, the high-profile anti-gravity nuclear fusion technology finally made progress.

Anti-gravity nuclear fusion technology has always been the top priority in research and development, even more important than all other technologies combined, because controllable nuclear fusion technology represents unlimited energy.

Energy is fundamental.

The difficulty of nuclear fusion technology lies in 'control'. The discovery of the space cover and the space-barrier environment provide a new method for controlling nuclear fusion. After the project was approved for research and development, a large number of technicians invested and concentrated, and achieved one result after another. All the results were combined to finally create the first anti-gravity nuclear fusion device.

The news that the nuclear institute and the anti-gravity team reported together immediately attracted everyone's attention.

The person in charge of the anti-gravity nuclear fusion project, academician Chen Zeshu, introduced the first anti-gravity nuclear fusion device, "This device is still only an experimental device, and it can be realized theoretically. The nuclear fusion reaction lasts for up to seven hours. able."

"The difficulty of technological breakthroughs now lies in the energy imbalance in the internal reaction process, and we still need to continue to experiment and correct."

"We have worked with the anti-gravity team to calculate the optimal anti-gravity environment, but maintaining stability is a big problem. A slight deviation in any part of the device will have a great impact on the whole. In many cases, it will be caused by some small error, we had to stop the experiment.”

"And every experiment, whether it is for materials or equipment, the loss is very large—"

The last one is crucial.

One of the difficulties in the research of anti-gravity nuclear fusion technology is that the cost of experiments is too high, and the cost of experiment errors is too high.

Every ignition of a nuclear fusion experiment means expenditure in the unit of 'tens of millions'. If any component is worn out, the expenditure may become in the unit of 'billion'.

In addition, parts can not afford to wear and tear.

A small mishap could result in the entire unit being scrapped.

Such a loss is simply too great.

Zhao Yi is also very concerned about the research and development of nuclear fusion technology. Knowing that he has developed an anti-gravity nuclear fusion device, he immediately went to the experimental base and saw the huge device.

This new device is like a steel building, supported by a rotatable disc. The radius of the disc is more than 30 meters, and it feels very far away when you go around the device.

Obviously.

Only from the size of the device can we know how much money has been invested in research and development.

This device is not made of concrete. Most of the materials are steel and alloys. The main core components inside are all very expensive special materials. The cost of materials alone is roughly estimated in units of 'billion RMB'.