Hand rubbing nuclear fusion live in the wilderness

Chapter 456 Building a Controllable Fusion Reactor

Chapter 456 Building a Controllable Fusion Reactor
After briefly answering the questions related to the turbulent flow of fusion plasma, Han Yuan switched the projection back to the initial interface.

"That's about it for the problem of controlling turbulent flow in fusion plasmas."

"As for the specific details, it will be broadcast live when it is assembled and manufactured, and everyone will be able to see it at that time."

After a pause, Han Yuan looked at the camera and asked.

"Besides those related to fusion plasma turbulence, are there any other aspects?"

Hearing this, commotion broke out in the studio.

Of course, it wasn't ordinary viewers who made the commotion, but experts from various countries who were squatting in the live broadcast room.

Won's words made them see an opportunity.

An opportunity to ask some difficult questions and get the anchor's explanation and answer.

After all, in the previous live broadcast, it can be said that this anchor hardly answered professional questions, but those ordinary netizens answered all kinds of sand sculpture questions with great joy.

Heartbeat is not as good as heartbeat, more than one expert thought of this aspect.

Soon, these experts squatting in front of the screen began to call and report to their superiors to apply for funds.

But some have autonomy and strong mobility have already started to ask questions on the barrage.

['Max Planck Institute of Plasma Physics' sent out a super rocket *100, can the anchor talk about the self-sustainability of tritium?Can the tokamak be tritium self-sustaining? 】

[The 'NIF National Ignition Facility Project' sent out super rockets*100, can you please tell the host how to solve the problem of debris that may damage the laser beam after repeated laser ignition and implosion? 】

["Sandia National Laboratory (SNL)' sent out a super rocket *100, may I ask whether the inertial nuclear fusion based on the magnetized lining can create a magnetic field through electric shocks to confine and compress the plasma heated by the laser?】

【The 'Max Planck Institute' sent out the super rocket *100, can the anchor tell me how the stellarator, which uses the strong magnetic field generated by the superconducting coil to confine these plasma gases, should deal with neutron irradiation? 】

[The 'International Thermonuclear Experimental Reactor Program (ITER)' sent out a super rocket *100. May I ask the anchor, how does the tokamak device maintain the macroscopic dynamic balance of the fusion plasma column? 】

【.】

Not long after Won finished speaking, countless super rockets continued to rise on the screen.

Questions about controlled nuclear fusion flicked across the virtual screen after a brief pause as the hyperfire flowed.

Looking at the barrage floating on the virtual screen, Han Yuan shook his head slightly, sighing in his heart.

He gave this, in fact, he wanted to give some domestic controllable nuclear fusion research institutions or other departments a chance to clear up the confusion.

But looking at it now, the screen is full of various questions, and the screen is full of reward rockets, and none of them are from domestic institutions.

'Max Planck Institute of Plasma Physics' is a nuclear fusion research institute in Germany.

'NIF National Ignition Facility Project' is a nuclear fusion research institution in the United States.

"Sandia National Laboratory (SNL)' is also a nuclear fusion research institution in the United States.

Almost all of the institutes or institutions that made the gift with issues related to nuclear fusion were all foreign.

I can't see a family that belongs to Huaguo itself.

Perhaps it may be because of the need for funding applications, perhaps because of neglect, or some other reasons.

But more than a minute passed, and there was no barrage belonging to Huaguo.

No matter whether it is established by the state or has the nature of capital, there is no such thing.

Of course, within the territory of China, there is probably no capital company to invest in this thing.

After all, controllable nuclear fusion is a tiankeng that does not know how much money to spend to enter, and it is a big cake in a tempered glass box.

This big pie may be enough to eat for a lifetime, but it may also be visible and not eatable.

In contrast, things like real estate, games, celebrities, and group buying are more fragrant.

It is brainless and hardly requires any technical investment. Even if the investment fails, there is a high probability that someone will pay for it.

Sighing, Han Yuan said, "It's impossible for me to answer all these questions, just pick two at random."

After speaking, South Korea selected two questions about controllable nuclear fusion from the questions in the barrage.

One from the International Thermonuclear Experimental Reactor (ITER) project on how the tokamak keeps the fusion plasma column in macrodynamic equilibrium.

A tokamak device is a device that uses magnetic confinement to achieve controlled nuclear fusion reactions.

The structure of the device is like a car inner tube.

When energized, a huge spiral magnetic field will be generated inside the tokamak device, which will heat the plasma in it to a very high temperature to achieve fusion.

This is what the scientists of Big Brother worked out in the 50s and [-]s.

It was considered the most promising device for successful fusion at the end of the twentieth century, and it was also the object of research for the International Thermonuclear Experimental Reactor Program.

However, as time entered the 21st century, physicists who studied the tokamak device faintly realized through continuous experiments that this road of controllable nuclear fusion seemed to be impossible.

Because through experiments, physicists have discovered that the tokamak device has several fatal shortcomings.

How to maintain the macroscopic dynamic balance of the fusion plasma column is one of the fatal flaws.

The reason for this is the binding force of the tokamak's helical magnetic field.

This binding has a fairly good confinement for individual charged ions.

But for fusion ions that maintain a plasmonic column, or plasmoid, the confinement is not so strong.

The current-carrying plasma column or plasma cluster has a certain ability to expand outward due to its own repulsive effect.

And this, if not balanced by alignment, these plasmas can touch the walls of the vessel and cause massive damage to the walls.

This is tantamount to a fatal flaw for the tokamak device.

At present, with human technology, there is no good solution to this.

For this question, Won did not have a detailed answer. After all, the controllable nuclear fusion technology left to him by the previous host was not a tokamak device.

But for him, with a complete learning experience, coupled with the knowledge in his mind, he can still give some answers that he understands.

In addition to questions from the ITER program and the tokamak, another won pick was a question from the 'Max Planck Institute for Plasma Physics' in Germany.

The problems of this institute just cover the key points of the controllable nuclear fusion technology that needs to be explained later.

So to save a little time, he picked this one.

After answering the questions about the 'Max Planck Institute of Plasma Physics', Han Yuan stopped paying attention to the barrage in the live broadcast room, and began to sort out information related to controllable nuclear fusion technology at his own pace.

As for other research institutes or laboratories, I can only say sorry, he doesn't have so much time to play with you to solve your doubts.

Think slowly by yourself, after all, scientists also need to think.

The explanation of controllable nuclear fusion technology is not something that can be completed in a day or two.

After completing today's task, Han Yuan stopped and turned to other things.

He didn't intend to go over the entire controllable nuclear fusion technology in detail. He only planned to explain some theories that cannot be verified or achieved by countries currently.

For the rest, scientists from various countries can slowly explore by themselves.

After all, he's been doing it all along.

Of course, this is also related to the overall size of the controllable nuclear fusion technology. If you explain it all, even if it is a rough explanation, the time spent will be calculated in months.

It took him almost a whole year to complete the study of this controllable nuclear fusion technology.

Of course, this whole year does not mean that the whole year is spent on this, but that almost all the study time in that year is spent on this.

But relatively speaking, the gains are also great.

This is a complete controllable fusion technology.

A controllable nuclear fusion technology that can be commercialized on a large scale cannot be summarized by a thin formula or patent certificate.

It includes a series of various ecological disciplines such as basic materials, high-energy physics, particle physics, mathematics, engineering design, electromagnetic applications, chips, special sensors, signal processing, metallurgy, civil engineering, electric power, industrial control, etc.

To understand such a technical document as a whole, it can be said that there is quite a lot to learn.

If it is put into the real world, behind it will be a large-scale system that includes thousands of scientific and technological achievements, countless upstream and downstream supply chain companies, and millions of related industrial workers. .

Whether it is hardware foundation or software control, these things cannot be handled by one person or one company.

It requires countless people to work hard and provide corresponding equipment for it.

That is to say, a person like him who is open-minded can complete the overall study in one year with the help of the study medal.

After finishing the explanation of the controllable nuclear fusion technology, Han Yuan got up and rode a small electric donkey to the other side of the base.

This little eDonkey was designed and manufactured in the last two months of the Starlink mission
In fact, the main products at that time were various engineering vehicles designed for the X-1 industrial robot.

Things like excavators, bulldozers, and muck trucks.

It is convenient for these industrial robots to mine minerals and other work in the later stage.

As for his personal use, besides this little electric donkey, there is also a car.

It's just that Han Won doesn't like driving very much, but prefers this small electric stove.

It's actually incidental to come up with this thing.

The main reason is that the scope of the base has been expanding, but it is too troublesome to go to various places in the base by walking.

But don't look at the small electric donkey he is riding, which looks the same as ordinary electric bicycles in appearance, but the speed is very different.

Ordinary electric bicycles can drive up to about forty or fifty yards at most, but this small e-bike can reach a maximum speed of more than 200 kilometers.

During the test ride at that time, it also aroused the frenzy of the audience in the live broadcast room.

It's a pity that this heart died in a short while.

Because in Huaguo, the official lord clearly stated that the maximum speed of a bicycle like a small electric donkey should not exceed 25 yards.

His little electric donkey, which can go on a high-speed road and can't even run by an ordinary car, is obviously a contraband.

Riding his beloved little electric donkey, he ran for three or four minutes before the Korean won arrived at his destination.

Here, more than 130 X-1 industrial robots are working together to build a huge building park.

This building park is the controllable nuclear fusion base.

Covering an area of ​​nearly [-] square meters, it is the largest building area in the entire base.

What is being built inside are various supporting buildings needed for a controllable nuclear fusion reactor.

The entire construction park was extremely lively, and the X-1 industrial robot driver engineering transport vehicle that had already controlled the driving module was transporting non-stop on the hardened cement road.

There are also X-1 industrial robots pouring mortar to fill the gaps in the reinforced concrete.

There are even X-1 industrial robots busy on the half-built building, maybe they are fixing steel bars, or they may be laying cement slabs.

However, although more than 100 industrial robots are working at the same time, it is still a bit small compared to the area of ​​the entire construction park and the number of various buildings that need to be constructed.

It is estimated that the overall completion of the Korean won will take about four months.

If all three hundred industrial robots are pulled over, this time can be shortened to about two and a half months.

But unfortunately, he can't pull all the industrial robots over now.

He also needs a large number of industrial robots to do other things.

For example, building a large-scale 3D printing factory.

Although this task is not included in the system tasks, it is also ranked as the first priority like the construction of a controllable nuclear fusion reactor.

Because he will need more X-1 industrial robots to do other things in the future.

The audience in the live broadcast room, whether they are ordinary audiences or experts from various countries squatting inside, are very interested in the construction park under construction.

A large group of people were chattering in the live broadcast room, they would ask what this building was for, and then they would ask what that building was for.

It's just that the former is purely interested and curious, while the latter is asking with the intention of learning and copying.

For these inquiries, Han Yuan, who was walking in the construction park, just smiled, but when he passed by each building, he stopped for a while, and by the way, he said what the building was used for.

"This is a 'nuclear fuel warehouse building'. As you can tell from the name, it is a warehouse for storing nuclear fuel. It is made of prestressed concrete, and some anti-leakage metal linings are mixed in the concrete layer."

"In this 'distribution power plant', there are only electrical control equipment such as the high-voltage power distribution device for switching and distributing electric energy, and the main transformer device on the bus."

"this is"

Following the footsteps and introduction of Han Yuan, after a while, everyone came to the core area of ​​the construction park.

(End of this chapter)

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