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Chapter 136: Deuterium-tritium reaction expands and then suppresses?

In Laboratory No. 9.

Xiang Tian and Liao Yongqing have arrived in the laboratory.

They were a little excited after seeing Chen Mo.

After all, I just heard what Ye Yiyi said. Chen Mo has already completed the drawings of controllable nuclear fusion?

Their eyes were eager and they looked at Chen Mo anxiously.

"Xiao Chen, Yiyi just said that you have completed controllable nuclear fusion. Is it true?"

Xiang Tian asked impatiently.

Chen Mo nodded, then turned on the computer and placed the drawings on the computer in front of them.

After all, it is a drawing of controllable nuclear fusion involving many aspects, layers, and equipment. It is definitely more difficult to draw by hand, and it will definitely require computer assistance.

Because the computer can display more layers and more details, it can also more intuitively see the development of any layer of controllable nuclear fusion equipment.

And when they saw Chen Mo's actions, they couldn't help but be stunned.

Their original intention of coming today was not to see the controllable nuclear fusion drawings.

It was because I came down to discuss with Chen Mo how to develop this controllable nuclear fusion and where to develop it.

After all, the most mainstream reaction method for using nuclear energy today is the deuterium-tritium reaction, which is a relatively stable way to promote nuclear fission and nuclear fusion, allowing it to produce huge energy.

The manufacturing of atomic bombs and hydrogen bombs is actually studied based on this deuterium-tritium reaction, so everyone must consider that this direction is more correct, so it can be used by various countries in the reaction process of atomic bombs.

When they tried to break through controllable nuclear fusion through the deuterium-tritium reaction, they found that there was no way to control it. After all, this thing was too difficult.

It has been studied for more than ten years, but no results have been produced, and this is something that various countries have been studying but have not succeeded in researching for a long time. This is a very troublesome thing.

In other words, could their research direction be wrong?

When he went to study controllable nuclear fusion, he was very curious about what kind of phenomenon, or what kind of direction, Chen Mo planned to use to study controllable nuclear fusion.

So today I am here to discuss it with you, discuss the direction, and then we will provide technical support.

If Chen Mo really has a good idea, we might as well go directly to the nuclear energy research base and study in detail how to break through its reaction.

But what did they just hear?

Have the blueprints for controllable nuclear fusion been designed?

And is Chen Mo showing it to them?

They immediately went forward to check it impatiently, and then their expressions suddenly solidified.

He seemed to not believe what he was seeing.

Everything in front of you is completely a cross-sectional view of a controllable nuclear fusion design, through the design of each layer, the concept of each layer, the cooperation and operation between each device!

In particular, he did use the deuterium-tritium reaction reaction model for his reaction, but added other reactions.

Because the deuterium-tritium reaction is a kind of nuclear fission, it continuously changes the energy, cracks and changes it into a very huge energy structure, then explodes it, and then operates with great power.

And it is precisely because of this nuclear fission that it can provide huge energy to the universe.

It is also the most popular energy method for everyone.

However, the deuterium-tritium reaction was indeed used here, but some operations and changes were made on the data of a section of the deuterium-tritium reaction. He did not suppress the reaction on the knife threading line, but the deuterium-tritium reaction occurred. When the time comes, let him expand. But this is not in line with the direction of their research at all!

The most powerful artificial sun currently studied in the Yan Kingdom is a phenomenon. When it expands, it needs to be controlled. If it is not controlled, wouldn't it be about to explode?

However, they then saw shots fired from behind. At a glance, one can understand the origin of Chen Mo's design, which is that when the knife passes through the thread, it undergoes a huge reaction, reaching a limit, and then suppressing it to allow the rational reaction to generate another kind of energy.

That is electricity, electricity or other usable energy sources.

When they saw all this, they couldn't help but be stunned.

They immediately looked at Chen Mo with stunned expressions.

"Are you planning to use this reaction to achieve controllable nuclear fusion?"

Chen Mo nodded.

He later explained: "Because in this way, we can completely control it without losing its energy."

"Our artificial sun actually consumes a huge amount of energy to simulate this supply and fission, but it cannot achieve a very effective mode or efficiency."

"But in this way, he can achieve it. If you don't believe it, we can use this design drawing to conduct an experiment first to see what the experimental effect will be."

When the two heard what they said, they looked at each other for a moment.

After all, as pioneers in the field of nuclear energy research, they are definitely not fools, so they must also be very knowledgeable about similar related aspects!

Control the deuterium-tritium reaction when it expands to the critical point?

Is it possible to achieve reasonable changes in this way, and through the control and balance of various devices inside?

If this is the case, it may not be impossible to achieve this kind of control. After all, no one has tried it before, because everyone thinks that if the deuterium-tritium reaction expands to a certain level, a huge explosion will occur!

It can directly burn the laboratory to the ground!

A certain island clearly understands the power of this reaction!

That lethality really cannot be underestimated.

If we study this in a scientific research laboratory, the risk level is indeed a bit high, but the dose of uranium 235 can be controlled. If uranium 235 does not cause such a large reaction within a certain dose, then In fact, it is possible to ensure a certain degree of safety in the experiment.

Thinking of this, the two of them immediately agreed, and then looked at Chen Mo.

"Xiao Chen, do you have anything else to do now?"

"If there's nothing else, let's go directly to the Great Gobi."

All the industries researching nuclear energy in Yanguo will definitely not be located in densely populated urban centers, but in the sparsely populated beach next door.

There is a signal there that is blocked by Yanguo's most advanced signal radar.

Under that signal area is the nuclear energy laboratory research base where countless pioneers have worked hard!

Chen Mo nodded and had no impact on the matter.

(End of this chapter)