Chapter 114

He has not copied the supercomputer for the time being, because he has finally found out his secret business. Now, even if it is to copy the supercomputer, it is useless. Because the underground laboratory has lost the most important link, which is the problem of energy!

Think about it, ordinary supercomputer is a big power consumer. What's more, he wants to build a larger supercomputer, not to mention the energy consumption of his laboratory equipment. That's not a big power consumer, and it's impossible for such a large amount of power consumption to come from the laboratory above?

As long as you are not a fool, not to mention those commercial spies, even the company's financial personnel will find that the situation is abnormal, after all, the amount of electricity burned is wrong.

Lei Tiantang almost cried because he thought he had a good brain. He thought that he could do things without any mistakes. Now he found that some things were not easy to use. His wisdom was limited, which made him look forward to the real artificial intelligence.

If there had been artificial intelligence on his plan before, he would never have delayed such an important thing until now. It seems that it is necessary to create a weak artificial intelligence in advance. After all, according to the scale of supercomputer he built, the performance of weak artificial intelligence designed by him will not be low to any extent, at least used in During the experiment, it is OK to help him deal with the chores. More importantly, big data analysis can remind him of the problems he sometimes ignores.

On the issue of energy, the first thing Lei Tiantang thinks about is nuclear fusion. He can design a real nuclear fusion reactor. After all, if he uses absolute field to create strong binding magnetic field, he can realize the construction of nuclear fusion reactor.

The so-called magnetic confinement fusion reactor is a kind of ultra-high temperature plasma which is composed of deuterium, tritium and other light atomic nuclei and free electrons in the state of hot nuclear reaction in a limited volume by using a special magnetic field, so that a large number of nuclear fusion reactions can be controlled and the energy contained in the nucleus can be released.

Magnetic confinement thermonuclear fusion is the most promising way to develop fusion energy. In the exploration of controlled nuclear fusion, many kinds of magnetic confinement approaches have been proposed, among which the toroidal magnetic confinement device (Tokamak) is the most successful method in various experimental schemes. In the center of the Tokamak is an annular vacuum chamber, which is wound with coils. When the Tokamak is electrified, a huge spiral magnetic field will be generated inside the Tokamak, which will heat the plasma to a high temperature to achieve the purpose of nuclear fusion.

East of the Institute of plasma, Chinese Academy of Sciences adopts the first non-circular cross-section fully superconducting tokamak in the world. The Huaxia circulator No.1 of Southwest Institute of physics and the international thermonuclear fusion experimental reactor (ITER) project also adopt the principle of Tokamak to realize controllable release of fusion energy. The magnetic restraint equipment is relatively large, but it has good reaction performance and does not need repeated ignition. It is suitable for power supply system of nuclear power plants and large ships. However, its disadvantages lie in the poor fire performance and flexibility of the switch, and the power cost required to maintain a strong magnetic field is not low.

It can also be seen from here that a large amount of energy is needed to realize fusion reaction, so the problem is back to the origin. His problem now is that there is no energy for him to use. He can't use the power supply of the laboratory above to control the reactor for nuclear fusion, right? It's strange that the line doesn't burn!

So the first step is to only use mature fission nuclear power plant reactors. After all, this technology is very mature, and the domestic technology is also the world's leading. There are ready-made targets to plagiarize. He just needs to watch and copy one.

Moreover, he does not need to build so many units. According to the scale of his underground laboratory, it is estimated that one unit will be enough for him to use. It will be much easier to develop a nuclear fusion reactor at that time.

Of course, he must conquer the nuclear fusion reactor, because his spaceship plan also needs it to support, the engine energy must be used in the fusion reactor, and only the large amount of energy provided by the fusion reactor can launch the huge spacecraft into space, and the energy needed for navigation in the solar system also needs its support.

After scratching his head, Lei Tiantang flew up from the elevator shaft, and the work below was just like that for the time being. Anyway, it is no use even if the equipment is placed as well as possible now. He has to solve the energy problem first, and it is no use staying below.

When he was in a bad mood, he was not in the mood to watch the night scene in the sky. He flew home directly and began to check the situation of domestic nuclear power plants with his computer. He wanted to find the most advanced one to "learn" and "learn" from. As for the nuclear materials needed by the reactor, he left a lot of them when he swallowed up the star last time. There is no need to worry about this problem, let alone Even without the nuclear fuel provided by that planet, he could go to a country rich in resources to dig for it!

After checking the information on the computer for a while, some technologies of domestic mature nuclear power plants are not the most advanced, but the safety factor is very high. This can be seen from the fact that there has never been a major safety accident in our country.

At present, the most advanced nuclear power station is the fourth generation nuclear power station technology independently developed by China. On December 9, 2012, the world's first high temperature gas cooled reactor nuclear power plant independently developed by China with the characteristics of the fourth generation nuclear power plant was reopened in Huaneng Shidao Bay nuclear power plant located in Rongcheng City, Dongshan Province, east coast of China. Shidaowan nuclear power station is jointly constructed by Huaneng Group, Huaqing University and CNNC. It is the first high temperature gas cooled reactor demonstration power station in China with independent intellectual property rights, and the first commercial model demonstration power station with the safety characteristics of the fourth generation nuclear power system in the world.Modular high temperature gas cooled reactor (HTGR) nuclear power plant has inherent safety, simple system, high power generation efficiency, wide use and potential economic competitiveness. It is one of the fourth generation advanced nuclear reactor types that can meet the needs of future energy market.

After checking the location of Shidao Bay nuclear power station, Lei Tiantang took out the phone and contacted his private pilot to prepare the plane. He would fly directly to wh international airport tomorrow. After all, the construction of underground laboratory was waiting for him. The energy problem had not been solved in one day. His underground plane was underground The lab is a decoration.

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