Hand rubbing nuclear fusion live in the wilderness

Chapter 457 Testing the Brainwave Biosensor Again
What catches the eyes of all the audience is a super building that occupies nearly one-fifth of the huge area of ​​the entire park, covering an area of ​​nearly [-] square meters.

In the entire controllable nuclear fusion park, this building was the first to start construction, and it took almost half a month to build it.After the basic building of the previous base was rebuilt for a period of time, some spare industrial robots were building this.

It's just that half a month has passed, and the main body of this core building has not yet been completed.

But it is only a semi-finished product, and the height of this core building has reached 20 meters.

So much so that during the live broadcast, the Korean won standing in front of this huge object and the audience in the live broadcast room could only look up to see its top.

But the height is nothing compared to its length and width.

This super building covers an area of ​​nearly 140 square meters. The land it occupies is a standard square, with a length and width of an astonishing [-] meters.

So that if viewed from a certain distance from the sky, it looks like a box.

[Fuck, this is so big! 】

[What is this used for? Why is it so big? It is almost several times the height of the previous building. 】

[The building in the core area should be used to install the nuclear fusion reactor. 】

[If I remember correctly, the footprint of a controllable nuclear fusion reactor is not large, right? 】

[The world's largest nuclear fusion reactor ITER, the tokamak device covers an area of ​​42 hectares. In contrast, the anchor is already very small. 】

[Your data above is already outdated, 42 hectares, that was when the experiment was first started, after decades of expansion, now the area occupied by the family has reached 180 hectares. 】

[This is the total area of ​​all equipment and various buildings. Of course, the actual tokamak device is not small. It is a huge guy weighing 2.3 tons and nearly 30 meters high. 】

[No wonder the anchor has to prepare such a super building to store the controllable nuclear fusion device, it turned out to be so big. 】

[That’s a tokamak device, the host must not have used a tokamak to build a controllable nuclear fusion reactor. 】

[By the way, isn’t there many routes to controllable nuclear fusion?What kind of tokamak, what kind of stellarator, the kind of technology used by the anchor? 】

[I don't know, it seems that I haven't said this. 】

[Stellar simulator, stellarator should be the most promising, and it also has the highest stability factor. 】

[The stability coefficient of the magnetic confinement route is the highest, which is much higher than that of stellarators, but it is a pity that magnetic confinement is currently unable to confine uncharged neutrons. 】

Seeing the huge core building, discussions continued in the live broadcast room.

With the discussion, the topic also jumped to which route the controllable nuclear fusion technology used by South Korean Won was, and they asked one after another.

Han Yuan glanced at the barrage and replied: "The building in front of me is indeed the reactor building in the core area, and it is used to store the controllable nuclear fusion reactor."

"As for the route of the controllable nuclear fusion technology I use, it is actually not in the traditional tokamak, stellarator, magnetic confinement and other routes."

"The controllable nuclear fusion technology used this time was born by combining the magnetic confinement technology on the stellarator route. It can be regarded as a complex."

"It is mainly to improve some structures of the stellarator to ensure its long-term operation."

"As for the changes in those aspects, I will talk about them later."

After briefly explaining the controlled fusion route to be used, Won entered the reactor building under construction.

From the outside, the reactor building is a super building with an area of ​​[-] square meters.

But after entering inside, you can see that the [-]-square-meter super building has been preliminarily divided like a nine-square grid.

Of course, this is just the structure in his eyes.

In fact, in the eyes of the audience, most of the superstructure of [-] square meters is still hollow, with only a few interconnected walls and some towering concrete columns.

In addition, this super building is also full of various materials and construction equipment.

Not to mention an ordinary person, even an excavator looks quite small in this vast space.

This reactor building is the earliest building in the entire controlled nuclear fusion park, but it is the building with the slowest construction progress.

From the start of construction to the present, more than half a month has passed, and what is presented in front of us is still a semi-finished product that has not been completed.

Not even semi-finished products.

After all, by the standards of a building, the so-called semi-finished products, not to mention the decoration, have to be capped anyway.

However, this has something to do with the complex structure of the reactor building.

Unlike other buildings, the reactor building is used to store controllable nuclear fusion reactors, so safety and protection must be in place.

Although controlled nuclear fusion is considered to be clean energy without radiation, it is inevitable that DT controlled nuclear fusion will still release neutron radiation.

In addition to the problem of neutron radiation, what is more critical is to build some structures to prevent nuclear explosions for this controllable nuclear fusion reactor.

For example, the energy input cut-off system, such as the water condensation cooling system, such as the forced stop system of the nuclear fusion reactor, and so on.

The purpose of the existence of these devices is to deal with various accidents that may occur during the operation of the controllable nuclear fusion reactor.

In order to arrange such a system, the reactor building has the most complex structure ever built.

Not just the ground, but also the ground.

According to the drawings, the X-1 industrial robot dug out nearly 20 meters of foundation under the reactor building.

This is not the kind of cylindrical foundation piles that are drilled like wells for building high-rise buildings, but almost 20 square meters of land have been dug down by nearly [-] meters.

The amount of work is so huge that it is simply terrifying. It can be said that the soil dug out does not know where to pile it up.

The construction of the foundation is the main reason why the progress of the reactor building is far behind other buildings.

Entering the reactor building, Won finds a way to enter the underground part and enters the underground part.

Compared with the ground part whose exterior walls have not yet been completed, the construction of the underground part has basically been completed as a whole.

With a shooting device, Han Won walked in the underground space like an underground garage.

Except for the various instruments and equipment that are needed, the construction of the underground part has completed the layout of various infrastructures such as water, electricity, and air circulation, and the rest of the building is also under construction.

Coupled with the busy X-1 industrial robots scattered everywhere, walking inside does not feel very dull.

On the contrary, facing the underground space the size of three or four football fields, looking at the scattered industrial robots, there is a feeling of emptiness.

Han Yuan checked the construction situation around and explained as he walked: "This is the underground part of the reactor building."

"At a depth of 20 meters, the mass is divided into two parts."

"The upper half of the negative floor occupies a space height of [-] meters, which is where I am now."

"This layer of space is mainly for the nuclear fusion reactor, and the cooling system, moderation system, shielding system and radiation monitoring system will be arranged on this floor."

"Of course, the construction here has not been completed yet, so it looks relatively empty."

With that said, Han Yuan led the audience to the second floor.

Compared with the negative first floor, the negative second floor is basically complete, and the negative second floor is divided into two parts as a whole.

The first part is a shock absorber system composed of liquid buoyancy system + large shockproof structure.

The purpose is to prevent factors such as earthquakes and volcanic eruptions from affecting the reactor.

This base is built on the foundation of a ridge volcano, and there is another volcano not far away more than 20 kilometers away.

So there will be risks such as volcanic eruptions and earthquakes.

Won did not forget that there was an earthquake here before. Although the level was not very large, it was enough to affect the controllable nuclear fusion reactor.

As for the second part, it is a protective layer.

The protective layer cannot be seen because it is an ultra-thick high-strength anti-stress concrete knot.

The thickness of this layer of concrete structure has reached an astonishing three meters, which is comparable to a floor, and there are several layers of super-strength steel structures inside.

In other words, not only the bottom, but the entire reactor building is wrapped in such a layer of concrete structure.

It's just that the ones on the ground are not as thick as the ones on the ground.

After all, the concrete structure underground must support the weight of the entire factory building to prevent problems such as collapse and falling.

Such a one-story concrete structure is the first security guarantee for the entire reactor building.

According to the current classification of earthquakes by humans, it can withstand earthquakes of magnitude ten without wall collapse.

Even the most dangerous explosion problems in the fusion reactor will not break it down.

It's not that the power of nuclear fusion bombs cannot damage it. No matter how strong the concrete structure is, it is difficult to resist the damage of large-yield nuclear weapons.

But nuclear fusion reactors and nuclear bombs are not at the same level.

The amount of raw materials reacted in a nuclear fusion reactor in a short period of time is much lower than that used to make a hydrogen bomb.

So even if the reactor explodes, its power cannot penetrate the concrete structure, causing damage to other buildings outside and causing a nuclear leak.

After checking the construction status of the controllable nuclear fusion park, Han Yuan rode a small electric donkey back to the workshop.

In the blink of an eye, another ten days passed.

The explanation of the key technology of controllable nuclear fusion also lasted about ten days.

After explaining the knowledge and information related to the key parts, Han Yuan put away the data memory left by his previous host, and found a time to download and return to reality.

It has been nearly two months since the broadcast started, and it is time to receive the 'Human Active Nerve Information Base'.

The National Neuromodulation Collaborative Innovation Alliance promises to complete the human active nerve information database within 45 days.

However, in order to be on the safe side, the Korean won chose to return for nearly two months.

Returning from the simulated space to reality, turning on the phone, a bunch of various information popped up.

Han Yuan browsed and found the information of Yuanchu Laboratory among these messy information.

The 'Human Active Nerve Information Base' has been completed, and the completion time is quite early. It took only 45 days to complete it in [-] days.

At that time, Zhou Wenbo, the director of Yuanchu Laboratory, also sent him a message and made a phone call, but he was in the simulation space at that time and did not receive it.

Seeing the news, Han Yuan immediately set off for the Yuanchu laboratory.

For the sake of confidentiality, the compiled 'Human Active Nervous Information Base' was not sent to him by mail, file transfer tools and other software.

Instead, put it in a USB flash drive, in the hands of Yuanchu Lab, and wait for him to go there to pick it up.

After getting the items, Han Yuan came to his secret base, entered the password, opened the U disk, took out the information library inside, and uploaded it to the small supercomputer while browsing.

The relevant preparatory work has been done during the gap between the previous missions. After the 'Human Active Nerve Information Library' was uploaded to the supercomputer, Han Yuan's fingers were jumping rapidly on the keyboard, making the final program adjustments.

After half an hour passed, and the final adjustments were made, he checked it carefully again. After confirming that there was nothing wrong with the relevant codes, he took the brainwave signal reader he made earlier and put it on his head.

Taking a deep breath of cold air, he lightly pressed his fingers on the helmet, and Han Yuan closed his eyes.

Whether the impurities generated by the brain wave signal reader can be discharged with the help of the "human active nerve information library" depends on the next step.

He has repeatedly confirmed the theory several times, and it can be said that there is no problem, but in reality, no one knows.

Putting on the brain wave signal sensor, Han Yuan closed his eyes and read the contents of the knowledge information in his mind.

After about 10 minutes passed, he opened his eyes and removed the brain wave signal reader from his head.

In the past 10 minutes, he has read a total of two pieces of knowledge information, which is faster than when he read it for the first time.

Now let's see how accurate the read information is.

Thinking about it, Han Yuan reached out to control the small supercomputer and opened the read file.

[Copper-iron alloy refers to a class of Cu alloy with iron metal as the main alloying element. 】

[However, when the mass fraction of iron metal exceeds 5%, Fe will segregate, which will lead to a decrease in the performance of the alloy. 】

【.】

[Adding a small amount of rare earth can refine the copper-iron alloy. The melting temperature difference between copper and iron is very large. The melting temperature of copper is 1089°C, and the melting temperature of pure iron is 1536°C, and there is an inmiscible temperature range between the two liquid phases. 】

[Therefore, the CFA copper-iron alloy with well-controlled iron phase distribution has excellent electrical conductivity, thermal conductivity, ductility, and corrosion resistance, combining the advantages of copper and iron. 】

【.】

The resulting file opened, and Won held his breath looking down from above.

His eyes flicked across each text, and he carefully confirmed the information in each place, checking whether there was any interference data from the human body's active nerves in the entire document.

(End of this chapter)