Ultra-Dimensional Technology Era

After watching for ten minutes, Wei Feng turned his head and stared at him: "Mingzhe, I want to cut open your brain to see if the structure is different from that of ordinary people."

"Haha..." Huang Mingzhe smiled and shook his head.

Dong Kuan on the side also laughed, Huang Mingzhe could complete their months of work alone, even more perfect than them.

The smallest nuclear fusion reactor designed in front of them is a device with a length, width and height of 14 meters, and a weight of about 6000 tons.

This has not yet counted distribution stations, substations, and other supporting facilities. If these supporting facilities are added, tens of thousands of tons are appropriate.

The designed annual generating capacity is 200-400 billion kwh per year.

With this size and weight, it is also possible to go on an aircraft carrier, but the only troublesome thing is the by-products of the nuclear fusion reactor, those neutron absorbers and the super heavy hydrogen produced.

In addition, the power generation system of the nuclear fusion reactor is also different from the nuclear fission reactor. After all, the nuclear fission reactor is still boiling water; while the nuclear fusion reactor directly generates electricity.

Installed on an aircraft carrier, in addition to the neutron absorber and tritium, it is the question of how to drive the propeller.

After you can't generate electricity, use the electricity to boil water!Wouldn't that be taking off your pants and farting - superfluous.

Therefore, more verification is needed on the nuclear fusion reactor on the aircraft carrier. Whether to directly use electric propellers or steam turbines requires careful study.

And Dong Kuan and others, after seeing Huang Mingzhe's newly designed nuclear fusion reactor, this is the real miniaturized nuclear fusion reactor.

长宽高只有5.3～5.5米左右，重量只有320吨左右，年发电量是50～80亿千瓦时左右。

"Mingzhe, how do you plan to deal with the neutron absorber and tritium?" Wei Feng asked while looking at the design drawing.

"You open page 658, and there's a solution there."

After Wei Feng opened it, he looked at it for a while before suddenly realizing: "You are planning to use self-consumption to reinject the superheavy hydrogen in the neutron absorber into the nuclear fusion reactor."

Dong Kuan also applauded:

"Wonderful! Very good! If it is used on ships or satellites, we should improve the self-sustainability and nuclear fuel utilization of nuclear fusion reactors as much as possible. This solution is very suitable for small nuclear fusion reactors."

But Huang Mingzhe shook his head: "It's still too big. It's okay to go on a ship, but it's too heavy to go on a satellite."

"That's true." Dong Kuan nodded helplessly.

This year's improved version of the Long March 33B carrier rocket has a maximum load of about 320 tons in low-Earth orbit, while the newly designed solution has a nuclear fusion reactor of about 10 tons, which is almost a [-]-fold gap.

"But it's not impossible." Huang Mingzhe had already had a smaller design, but the materials did not meet the requirements.

Wei Feng pondered his words carefully: "Your solution, it can't be a room temperature superconductor."

"Wei Fengye knows me." Huang Mingzhe explained with a smile: "Now the weight of the nuclear fusion reactor is mainly concentrated on the superconductor, and the weight of the superconductor accounts for 42% of the entire system."

"But the Institute of Superconductors of our Thinking Society doesn't seem to have achieved much." Wei Feng said after thinking for a while.

If the international colleagues heard Wei Feng's words, they would probably vomit blood.

At present, the Superconductor Research Institute of Sisishe can mass-produce superconductors, which can generate superconducting magnetic fields at minus 15.6 degrees Celsius; and the superconductors in the laboratory can already maintain superconducting magnetic fields at minus 3.7 degrees Celsius.

The superconductor that Wei Feng requires can maintain a stable superconducting magnetic field at a temperature of 20 to 30 degrees Celsius.

Huang Mingzhe spread his hands and said: "For the time being, this is the only way to go. You guys first get out my nuclear fusion reactor, and we will improve it step by step."

The nuclear fusion reactor developed by Wei Feng and the others fell out of favor as soon as it came out, but the one they developed can still be used, and it is more suitable as a medium-sized nuclear fusion reactor.

In order to facilitate the division of nuclear fusion reactors, the Nuclear Fusion Research Institute is divided according to the annual power generation.

Super-large nuclear fusion reactor: the annual power generation capacity is more than 1 trillion kWh.

Large-scale nuclear fusion reactor: the annual power generation capacity is between 1 billion and 1 trillion kWh, such as Jinwu-[-] and its improved type.

Medium-sized nuclear fusion reactor: The annual power generation capacity is between 100 billion and 1000 billion kWh. Wei Feng and his team have recently developed Jinwu II.

Small nuclear fusion reactor: The annual power generation capacity is between 10 billion and 100 billion kWh. The Jinwu-[-] type just designed by Huang Mingzhe is a reactor within this category.

Miniature nuclear fusion reactor: The nuclear fusion reactor with an annual power generation capacity of less than 110 billion kWh is a miniature nuclear fusion reactor.

But there are other reference values ​​for these levels, especially volume and weight, which are very important for micro fusion reactors.

They can also design a reactor below 10 billion kWh. The problem is that the size and weight have not been reduced, which is not as good as a small nuclear fusion reactor.

In the nuclear fusion laboratory, the prototype of the Jinwu-[-] is being tested, and the Jinwu-[-] is in the construction stage.

Chapter 171 Restructuring the Research Institute

Lingnan in July is so sultry, and the continuous typhoon weather not only brings abundant precipitation, but also devastation.

It is rare for Huang Mingzhe to appear at the headquarters of the Thinking Society.

In order to deal with the increasing number of personnel in the R&D department, he discussed related issues with the heads of research institutes and company management.

In the end, it was decided to reorganize all the research institutes under Sisishe to facilitate management and coordination.

At present, Siwei Society has a total of 47 various research institutes, including physics, chemistry, mathematics, biomedicine, materials, computers, semiconductor equipment, optics, nuclear physics and so on.

Among them, the Materials Research Institute is the largest, with 32 laboratories and 1273 researchers. It is the most powerful research institute in Siwei Society.

After all, materials play a very important role in applied science and play a fundamental role. Without the blessing of materials, no matter how exquisite the theory is, it is still a castle in the air.

This reorganization has not changed much, except that a scientific coordination management committee has been added to be responsible for the logistics, finance, and coordination of each research institute.

In addition, a sorting and fine-tuning of the work and research fields of each research institute was carried out.

The reorganization has not had a great impact on the research and development work of the institute.

The reason why the scientific coordination management committee was established is mainly for the convenience of internal management and deployment, because research and development work is often not something that can be handled by a research institute.

For example, the research and development of lithography machines requires the cooperation of optics, materials, engineering design, computer programming, chemistry and other research institutes. Coordination is very important and wastes energy.

The precious energy of scientific research personnel should not be wasted on management work, just like Huang Mingzhe handed over most of the management work of Siwei Society to Wen Na, otherwise he would manage the company all day long, and he would not have time to develop technology.

On the other hand, the Science Coordination and Management Committee is also responsible for cooperation and exchanges with the Truth Society, the Creeper Alliance, universities, the Academy of Sciences, and the Academy of Engineering.

After such a reorganization, the entire system has become much smoother, and researchers can concentrate on research and development of technology.

……

Institute of Materials-Superconductor Laboratory.

More than a dozen researchers are busy preparing materials, and a lot of automation equipment is used in the laboratory to assist the researchers in their work.

There is another very important place in the superconductor laboratory, which is the computer room where the superconductor calculation model is stored. The material law model is the housekeeping skill of the thinking society and the wisdom crystallization of computational materials science, so it is naturally very important.

The head of the laboratory is Shen Congrong who came from Harbin Institute of Technology two years ago.