My Super Black Technology Empire

"Yes! Boss!" Wang Fugui said with a serious face.

Ye Fan began to walk towards the heavy nuclear fusion reactor, while Wang Fugui and Lin Wei followed.

After approaching the heavy nuclear fusion reactor, I found that several people were holding a spear-like thing, constantly looking at the air.

"This is?" Ye Fan pointed to the equipment in the man's hand and asked.

"This is for drones. When we first came, drones often broke in to take pictures. We bought this jamming device on the same day.

Don't care about any drones like DJI, you can get them all for you. "Wang Fugui smiled and said.

"Well, well done." Ye Fan looked at Wang Fugui's eyes full of admiration. It seems that this guy has a very delicate mind under his honest and honest appearance.

At this time, the security guards Ye Fan recruited, seeing Ye Fan coming over, also consciously gave way to let Ye Fan walk into the heavy nuclear fusion reactor under construction.

At this time, because the ceiling is about to be completed, a large number of people are assembling various strange parts inside. Even for these old construction workers, it takes a lot of effort to assemble these things.

After the twists and turns, Ye Fan came to the center of this large factory building, and what caught his eye was a huge square reservoir with a length of 200 meters and a width of 200 meters.

The cistern is five meters deep, and a cylindrical object with a radius of 150 meters and a height of eight meters is being assembled inside. On the cylindrical object, there is also an opening two meters wide, which is obviously used to accommodate the firing pin.

This cylindrical object is the core of the heavy nuclear fusion reactor.

The conditions required to produce controllable nuclear fusion are very harsh, not to mention the more high-end heavy nuclear fusion technology. At the current level of human technology, it will take at least another five hundred years to produce the possibility.

Now that Ye Fan has drawings and design principles in hand, it is not difficult to build the most simplified heavy nuclear fusion reactor. The real difficulty is to put it into use without any safety hazards.

After all, according to the design drawings and the raw material requirements inside, there are materials required for the processing and production of some parts, which are not available on earth, and need to be collected from the major planets in the universe.

In order to replace, Ye Fan has used the materials of the modern industrial system to replace those parts to the maximum extent, and minimized the safety hazards as much as possible.

Nuclear fusion is made by atoms of small mass,

Under certain other conditions, such as ultra-high temperature or ultra-high pressure, a kind of nuclei polymerization occurs.

This kind of polymerization will generate heavier nuclei, and it is a form of nuclear reaction accompanied by a huge release of energy. The nucleus contains a very large amount of energy, and controlled nuclear fusion is to use this energy.

In terms of nuclear fusion, it is a high temperature that makes its core temperature reach 15 million degrees Celsius, and it requires huge pressure to complete nuclear fusion. There is no way to have such a large pressure on the earth, so only through the temperature to make up for it.

The core temperature required for heavy nuclear fusion is even more exaggerated. It requires a high temperature of more than one billion degrees Celsius to complete. How exaggerated, there is currently no material on the earth that can accommodate hundreds of millions of degrees of high temperature. will be reduced to ashes.

Therefore, Ye Fan uses a method called "tokamak" magnetic confinement nuclear fusion to control the temperature from spreading out, and uses a strong magnetic field generated by a strong current to confine the plasma to a very small range. And let it release in a specific direction.

But in terms of the current level of human technology, even building the simplest "tokamak" magnetic confinement nuclear fusion reactor would cost at least hundreds of billions of dollars, and it would not necessarily be successful.

If it weren't for the drawings and design concepts provided by the system, which had already surpassed the level of modern human understanding, it is estimated that with Ye Fan's existing funds, he would definitely not be able to play such a thing.

Going further, through two layers of 20-meter-thick concrete insulation, Ye Fan came to a huge turbine. The operation in harsh environments is the top existence.

Of course, it is incomparable to those things in the laboratory that don't cost much, but this is also the best batch of turbines that Ye Fan can buy at today's economic level.

Looking at the huge turbo fan with a height of two meters, Ye Fan also chuckled, this thing alone costs 80 million, not to mention other devices, and this is not included in the construction of the reactor inside the money.

At the beginning, Ye Fan's agreement with Zhong was that they were only responsible for the construction of heavy nuclear fusion reactors, but the supporting facilities inside the reactor, as well as the purchase of magnetic confinement nuclear reactors similar to "tokamak", as well as the purchase of special materials for turbines and thermal insulation layers. The purchase was completely paid for by Ye Fan.

Therefore, the cost of this nuclear reactor alone is as high as 800 million. Adding some supporting facilities, it adds up to as much as 400 million. To build such a nuclear reactor, it will cost 1.2 billion.

Of course, if the town government knew about the existence of the heavy nuclear fusion nuclear reactor here, let alone 1.2 billion, I am afraid it is 120 billion, and 1.2 trillion will have to be bought.

But in any case, this is the optimal solution that Ye Fan can think of. The existing industrial level of mankind limits the development of materials. Most of Ye Fan's materials for building nuclear reactors are materials that can be purchased on the market, so the cost of construction So "cheap".

But getting what you pay for is not a joke. After all, the materials that can be purchased on the market are definitely not as good as the materials that are privately stored in various countries in terms of durability and adaptability to harsh environments.

Therefore, due to the lack of materials, the effect of the nuclear reactor that Ye Fan built this time is definitely not as good as the design drawings given by the system, but it is not unusable.

The huge turbine in front of you can be said to be a one-off product with a very limited service life. Basically, it should be replaced within a year, otherwise there will definitely be problems. _