Wang Hao felt lost for the first time.

In previous experiments, the results were often expected, and even if the values were high, he could know what exactly they represented.

It's different now.

The DC anti-gravity experiment supported by micron-sized granular materials has produced an anti-gravity field that is much more powerful than expected.

He had expected it to be only between 23 and 28 percent.

This is high enough to produce F-rays with an intensity of more than 10 times, but the final figure is 33.433%.

At 18% of the strength of the anti-gravity field, it is possible to produce F-rays with a rate of more than 7.5 times through strong compression and internal nuclear reactions.

33.433%, what is the concept?

So what is the relationship between the intensity of the final f-ray and the strength of the anti-gravity field?

Exonential?

Restricted power-of-power comparisons?

Or is it proportional?

Wang Hao is unable to make a judgment for the time being, mainly because there is not enough experimental data to support it, and DC anti-gravity is a new technology.

DC anti-gravity was first realized by high-pressure hybrid materials, and later by superconducting materials of first-order iron, but there were only two materials in total, and there was only one experiment with the energy support for micro-nuclear reactions inside.

With such a small number of experiments, the data is naturally of no reference significance.

Wang Hao shook his head slightly, "The intensity of the F-rays produced with this support is difficult to say, it still depends on the experiment." ”

Liao Jianguo was a little surprised when he heard it.

In previous experiments and studies, Wang Hao is very sure of the results, and there will not be much deviation between his predictions and the experimental results.

Now there is no concept of it?

Liao Jianguo felt very interesting, and he suddenly said, "It seems that we can only experiment, and then we can excite the F-ray and then measure it." ”

"It's hard to measure, too."

Wang Hao shook his head and said, "We can't measure the intensity of F-rays above ten times. ”

Liao Jianguo thought about it and nodded, "That's right, our determination of strength is based on the strong annihilation force field, and now the upper limit of the strong annihilation force field is only more than 8 points, not to mention 10 times, even if it is 9 times, it can only be roughly estimated by the material magnetization reaction data." ”

"If the 10-fold rate is exceeded, the magnetization reaction data is not accurate."

Wang Hao said, "Because of the specific reaction, the specific reaction of the upgraded elements will greatly affect the strength of the magnetization reaction, and the magnetic field strength of more than 10T will be ...... There is no way. ”

He shook his head as he spoke.

Then he thought about it carefully and asked Liao Jianguo, "What do you think?" What is the relationship between the DC field force strength and the F-ray intensity? Exponential, power, or proportional? ”

"This ......"

Of course Liao Jianguo didn't know, "Academician Wang, you don't know, and I don't dare to talk nonsense." ”

"Guess what."

"Guess?"

"Yes."

"Okay." Liao Jianguo thought about it, "I think it should be proportional, right?" The higher the strength of the field force, the higher the intensity of the excited F-rays, of course, provided that all other conditions are the same, including the interference magnetic field, and the energy of the internal heat source is the same. ”

"At 18% of the field strength, it can excite 7.5 times the annihilation force field, and 34% of the strength, about ...... Less than 14 multipliers? ”

He analyzed it carefully, and the more he talked about it, the more it made sense.

Wang Hao nodded lightly, finding that there was no correct result, and immediately sighed, "What you said is also very useful, at least one wrong answer has been ruled out." ”

"What?"

"Nothing."

Wang Hao patted Liao Jianguo's shoulder and said seriously, "Come on, Professor Liao, you will be busy for the next period of time." ”

After he finished speaking, he added, "Nuclear fusion research will also find you there." ”

"I know that."

Liao Jianguo replied, still thinking about Wang Hao's words just now.

Troubleshoot a wrong answer?

Could it be that Academician Wang thinks that my analysis is wrong?

How can it be!

Academician Wang doesn't know the specific situation, and when the equipment is perfected and the F-ray is excited, then we will see who is right!

……

The current experimental results represent a major breakthrough in both the F-ray and the associated strong annihilation force field technology.

33.433%, which is just the beginning.

There is still a lot of room for improvement in the manufacturing technology of micron-scale granular materials, and the average particle size of the granular materials they manufacture is only about 100 microns.

With the improvement of related manufacturing technology, it will definitely be possible to manufacture granular materials with higher precision in the future, which means that it can excite a stronger DC anti-gravity field.

"Not only the F-rays are excited, but when the time comes, the thin layer of the annihilation force field formed inside may exceed 10 times the intensity."

"When the time comes, there will definitely be a whole lot of results."

"Maybe you'll be able to discover more Ascending Elements? Or is it something else......"

“……”

Wang Hao is looking forward to this.

Unfortunately, it will take time for the equipment to be fully developed.

They only carried out DC anti-gravity experiments, the base materials were just put in place, and in order to carry out the next experiment, they had to build stable equipment.

Stable equipment is necessary to be able to excite a miniature nuclear reactor internally.

After perfecting the equipment, they also need to install a spiral magnetic field on the outer layer, and the whole experimental device is a big project.

Fortunately, the study of F-rays has obtained a focus tilt of resources.

Personnel, equipment, and materials are all prioritized, but it takes more than two months to make the equipment.

Next is the work of the F-ray experimental group.

Wang Hao didn't need to stay in the experimental base, he just needed to wait for the equipment to be perfect, and then come over to participate in the F-ray excitation experiment.

He went back to Seohai University.

Originally, I wanted to take a break for a while and live a relaxed and leisurely life, but before I could live two days, a team from the Nuclear Engineering Research Institute came to me.

The group was led by Wang Ye.

Wang Ye was in charge of the research of nuclear fusion demonstration, and led the team to talk to Wang Hao about the 'ignition test of the deuterium-deuterium reaction'.

The nuclear fusion project argument is not just talk on paper.

The science and technology department has approved a billion dollars, most of which are used for experiments, and they need to strengthen the theoretical foundation through real experiments.

The ignition test of the deuterium-deuterium reaction is an important experiment.

The purpose of this experiment is to determine how high the reaction intensity is so that the deuterium-deuterium reaction can continue spontaneously without stopping halfway.

The team from the Institute of Nuclear Engineering took over the project.

Wang Baichuan is the person in charge of the project, he did not apply by himself, but was directly assigned by Wang Ye and Tang Jianjun after discussion.

The reason is simple, there are very few academics qualified to study 'fusion explosions'.

Wang Baichuan is one of the most outstanding, and he has also really participated in the experiment of hydrogen bomb explosion, while most scholars in the same field can be classified as 'theorists', and they have no similar experience at all.

After a group of people found Wang Hao, Wang Ye explained the experiment.

Wang Baichuan's temperament was a little anxious, and he asked directly, "Academician Wang, can we really achieve the ignition of the deuterium-deuterium reaction?" ”

The deuterium-tritium reaction is the main method of nuclear fusion and the manufacturing principle of the hydrogen bomb.

The deuterium-deuterium reaction, a kind of hydrogen nuclear fusion, is one of the main ways of solar production, and at the same time, the ignition requirements are very demanding.

Humans have not yet achieved ignition of deuterium-deuterium reactions.

Theoretically, it needs to be heated to one billion degrees Celsius in order for the deuterium-deuterium reaction to continue spontaneously, that is, to achieve the ignition requirement.

After Wang Baichuan received the project, he felt incredible, and he couldn't imagine how to achieve the ignition of the deuterium-deuterium reaction.

This research is not yet a laboratory environment, but an ignition of the deuterium-deuterium reaction in a conventional environment, so that the reaction can continue spontaneously.

In this way, enough data can be collected.

If it is a deuterium-tritium reaction experiment, it can be understood as 'conducting small hydrogen bomb explosion experiments again and again'.

Wang Hao said with a smile, "Whether it can achieve deuterium-deuterium ignition, I can only say that it is theoretically possible, because we have not done specific experiments, but I personally believe that it is possible." ”

He nodded as he spoke, and continued, "Your experimental research is aimed at the density and reaction strength of the material, and the ignition problem is coordinated by other departments. ”

"Don't we have to get involved?" Wang Baichuan was a little incomprehensible.

"No, you don't."

Wang Ye didn't understand either.

Wang Baichuan is doing a research project on deuterium-deuterium reaction, and he does not need to participate in the ignition problem? So how do you go about experimenting?

But he knew that ignition was a confidential technology, and he would only be eligible to contact it if he had to make a special application or demonstrate it at a later stage.

He simply changed the subject, "Under normal circumstances, will deuterium-deuterium reaction ignition explode?" ”

"If the material is sufficient, it will definitely be." Wang Hao said, "This project is to study the relationship between material density and reaction strength, and at the beginning, it is necessary to achieve ignition first, and then reduce the strength little by little. Therefore, you must be careful not to get too close when you experiment, and the explosion may have a lot of radiation, and safety is also very important. ”

"It's going to explode, huh? Like a hydrogen bomb? Wang Baichuan asked with a twinkle in his eyes.

"I guess it's not that strong, but it should be about the same."

"This experiment has to be done many times, isn't it going to have many explosions. When the time comes, you must come back several times to make the data accurate. His eyes brightened.

Wang Hao asked a little puzzled, "Professor Wang, you seem to be looking forward to it?" ”

"Of course."

Wang Baichuan said, "I have been studying the polynuclear reaction all my life, but I have only seen a hydrogen bomb explosion. That scene, it's really ......."

He said even more excited, "I still remember it very clearly!" ”

"The current research is a deuterium-deuterium reaction, which may be lower in intensity, but it is also an explosion...... Academician Wang, think about it, nuclear fusion, explosion, 'Peng~~~' ......"

"How shocking is that scene?"

"It's art!"

“……”

Wang Hao grinned vigorously, "When you say that, I want to see it with my own eyes." He just coped with it.

Explode?

Art?

This Wang Baichuan is a bit extreme.

Anyway, Wang Hao didn't understand the fanaticism of these nuclear engineering experts about nuclear explosions.

……

The deuterium-deuterium reaction is a preliminary study that must be done to determine the relationship between the reaction strength and the density of the material through continuous experiments.

In this way, the problem of reaction control can be demonstrated.

The project is still very popular, mainly because humans have not yet achieved the ignition of deuterium-deuterium reactions outside the laboratory.

Even if the atomic bomb is exploded, the core temperature is only 100 million degrees Celsius, and the ignition conditions for the deuterium-deuterium reaction cannot be achieved at all.

Therefore, the hydrogen bomb uses a deuterium-tritium reaction with a higher reaction strength.

Many scholars who know the content of the project are very surprised, they already know that they have a new ignition technology, which is likely to be related to the strong annihilation force field, but they don't know how to apply it.

The tech sector thinks so too.

Mr. Xu knew about the F-ray generation technology, but he didn't know what the specific effect was, so he signed the project application document and made a special call to ask Liao Jianguo's research group to cooperate.

Under the attention of many people, the first deuterium-deuterium reaction determination experiment, the preliminary preparations were quickly completed.

The experiment was set on the edge of the desert.

It is a 100-kilometer no-man's land, and 200 kilometers from the F-ray test base, where the F-ray test team will use internal nuclear reaction generation equipment for ignition.

Two hundred kilometers, the distance is still very far.

This is also a test of the technology that generates F emissions.

As soon as the experiment was approved, Liao Jianguo led the team to start preparations, they started the equipment to release F-rays, carried out more than ten days in a row, launched dozens of F-rays, and completely adjusted the equipment before the experimental site was determined.

To put it simply, instead of aiming the F-rays at the reactive material, the reactive material is placed at the target location of the F-rays.

In this way, a hit is guaranteed.

That day.

Wang Baichuan personally led a team to the experimental site to test the highly compressed deuterium and deuterium materials and some equipment buried deep underground.

There are several nuclear experts in the team, and even Wang Ye can't help but be curious to come and take a look.

Originally, they thought that they would be able to see the ignition team at the experimental site, but they found that there was nothing, and they couldn't help but discuss, "What about the ignition team?" ”

"Secrecy is so advanced? Can't even see anyone? ”

"Will they wait until we're gone before they come over to set it up?"

"Impossible, right? There is still an hour left in the scheduled time for the experiment, what can be arranged in such a short time? And we're not going to ...... now."

"That's right."

After a group of people finished their work, they waited and waited until about half an hour before the experiment, and then had to leave with doubts.

They took refuge in an air-raid shelter 10 kilometers from the experimental site.

After entering the bomb shelter, a group of people couldn't help but look at the monitoring of the experimental site, and found that everything was no different from when they left, and there were no other teams to go to the experimental site.

"What's going on?"

"Isn't there an ignition team? Let the material react spontaneously? ”

"No kidding, it's not gunpowder, you can ignite it when you ignite it...... If you look closely, you'll definitely see something......"

"We'll just keep watching."

"You can't just have nothing happening, right? That would be a failure, and we wouldn't have to continue the project. ”

“……”

A group of people just stared at the camera and didn't move.

As time passes, some people have even lost faith because they have not seen anything.

At the same time, there is a little bit of anticipation.

What if?

Miracles, maybe right away.

Wang Baichuan and Wang Ye were both connected to communicate, and when the experiment was about to begin, an inquiry came from the headset, "Have you arrived at a safe location?" ”

"It's already here."

"It's all set."

"Everything is working ......"

After the communication, a command voice came from the headset, "Experiment preparation, countdown to three minutes......

"Two minutes."

"A minute."

“10、9、8、7……”

“3。”

“2。”

"1, ignition!"

With a command command, the lens of the surveillance screen suddenly changed, and a violent light flashed at the position of the material, and then the camera became pitch black.

"What's wrong?"

"Exploded? It must have exploded! ”

"Is it really on fire?"

A group of scholars couldn't help but exclaim, and before they could digest the information, they felt a slight vibration from the ground, followed by the sound of a violent explosion.

Everyone subconsciously squatted on the ground.

The explosion didn't last long, and when they felt safe, they all looked up at each other.

The atmosphere was quiet for a while.

Wang Baichuan was the first to react, and said to the others in a daze, "I feel that we seem to have mastered some terrifying technology......

"It's terrifying!"

"Super Super Horror ~~~"

The others nodded vigorously in agreement.