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Whether he wants to manufacture aircraft or various research equipment, these 3D printing equipment must be used to complete it. However, what Wu Hao wants to do now is not to manufacture this kind of advanced printing equipment, because he is still unable to do this based on the current conditions of his base. Only by solving the energy problem first can all subsequent work be carried out slowly. So after sorting out all the materials and components in the warehouse, Wu Hao began to think about how to solve the base's energy problem. There is no doubt that the energy source of the base requires a nuclear reactor to generate electricity. However, there are several types of nuclear reactors. As for the technologies currently mastered by several nuclear powers in the world, they only have a certain level of thermonuclear fusion. degree of mastery. As for nuclear fusion, the technology currently mastered by mankind can only be used as a weapon, which is the so-called light egg. The explosion of a light egg is a kind of uncontrollable nuclear fusion. The reactors currently built by humans for power generation are only a type of nuclear fission. More stable controllable nuclear fusion is still under research, although in recent years, many scientists around the world have stated that they have developed controllable fusion energy technology. But it will take at least ten or twenty years to realize this, because there are so many conditions required to use nuclear fusion to generate electricity. However, in recent years, Lockheed Martin in the United States has stated that it is already researching a nuclear fusion reaction that is only the size of a truck box. If the research is successful, the electricity generated by this reaction would be enough to meet the needs of a small city. According to the company's plan, it will be officially put into use within the next 10 years, but whether it can be successful remains to be seen. However, humans have been studying this controllable nuclear fusion technology for decades, and are now on the verge of mastering and utilizing this technology to generate energy. Although the final process may still take some time, in general, this technology is a technology that humans are about to realize. As for the nuclear cold fusion reactor technology that is still in theory, only a few scientists in mankind have reached the threshold. For example, in recent years, an Italian nuclear physicist claimed that he had studied a device that could produce nuclear cold fusion reactions. His statement naturally attracted strong attention from scholars and research institutions in many countries. But afterwards, researchers from many countries discovered that the statement made by the other party was purely a hoax, so the matter was dropped. In fact, to be honest, humans have not yet completely mastered the thermonuclear fission technology that humans are currently using! Thermonuclear fusion is still completely in the state of laboratory research. As for this nuclear cold fusion reaction that can be carried out at room temperature The application technology is completely theoretical, and some hard-nosed physicists are conducting silent research. The question Wu Hao faces now is, should he directly build a fission reactor that is more stable than all nuclear fission technologies in the world to generate electricity to provide energy for his base? It’s better to spend more time studying controllable nuclear fusion technology. Originally, according to Wu Hao's original plan, he just planned to build a nuclear fission reactor to provide energy. However, the nuclear fission reactor would produce very serious radiation pollution, which would have a great impact on his future research laboratory. After all, Wu Hao's laboratory is used to study biological genetic drugs. Such laboratories are next to nuclear power facilities, so even if good radiation protection measures are taken, it will have a big impact. "Forget it, let's study controllable nuclear fusion! Anyway, this is just a matter of doing it sooner or later." Wu Hao thought for a while and decided to study controllable nuclear fusion first.
If it was just used to make aircraft for himself before, he wouldn't have to be so anxious about nuclear fusion energy, because he now has a very complete nuclear fission technology. As for nuclear fusion, he only has a rough idea now. However, human research on controllable nuclear fusion is now at the stage of success. If he further improves this foundation, this problem will not matter to Wu Hao. Not too big.
The raw material for nuclear fusion is not complicated, it is the energy produced by the combination of two different atoms. Nuclear fission is the energy produced by splitting one atom into two atoms, but fusion not only produces higher energy than fission, but is also cleaner and more environmentally friendly, and does not produce any gas emissions or pollution. However, the conditions required for nuclear fusion reactions are very harsh, requiring ultra-high temperature and high pressure to achieve. This fusion method exists in nature, and the sun produces powerful light and heat in this way. Therefore, controllable nuclear fusion is often called an artificial sun. The current way humans achieve nuclear fusion is to use lasers to generate high temperatures of hundreds of millions of degrees, and to create an electromagnetic device to generate a magnetic field space to block these high temperatures and high pressures to achieve the fusion reaction of hydrogen atoms, deuterium and tritium. As for the nuclear fusion weapon light egg used by humans decades ago, its fusion method is also very simple and violent. Because the way to generate fusion of hydrogen atoms in the light egg is that humans also installed a small atomic bomb inside the light egg. Human beings first detonated the atomic bomb inside the light egg. Then, the high temperature and high pressure generated by the atomic bomb explosion promotes the fusion reaction of hydrogen atoms in the light egg, and finally continuously produces huge high-temperature explosions and intense nuclear radiation.
Since Wu Hao decided to study nuclear fusion, he naturally did not waste time. First, he built a high-frequency satellite reception base station for his base. The materials used to make the receiver were naturally obtained from the materials he had ordered before. Although his previous laptop could receive satellite signals at certain locations in the Qinling Mountains, it had no effect at all after entering the base. So in order to be able to connect to the satellite network at any time within the base in the future, he naturally needed to set up a base station to receive signals. The receiving base station made by Wu Hao was not large, and it was set up in a hidden location on the mountain outside the base. After setting up a base station for receiving satellite signals, Wu Hao then assembled an ultra-high-configuration computer. Except for the chips he purchased from abroad, some other electronic components and displays were purchased domestically. These things are relatively common. In addition, Wu Hao doesn't plan to build any supercomputer now, and he doesn't need very good hardware equipment. Moreover, many domestically produced hardware are not bad now, such as the Tianhe series of supercomputers independently developed by our country. …
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