Chapter 483 (1/2)

With the first test reactor of controllable nuclear fusion technology in Tiangong technology ignited for the first time and operated successfully, which indicates that Tiangong technology has finally mastered thermonuclear fusion technology, which plays a very important role in the future of Tiangong technology.

However, the reactor tested this time is only an experimental reactor, and its maximum output power is only 12 trillion. Therefore, although Tiangong technology has ignited and tested this experimental reactor for the first time, they want to make the controllable nuclear fusion technology really enter the practical stage, They must also build a truly practical controllable nuclear fusion reactor. After all, only a truly practical reactor can bring gospel to mankind and their natural science and technology.

Therefore, after the experimental reactor was successfully ignited and operated for the first time, Wang Bin and his team immediately began planning to build a truly practical controllable nuclear fusion reactor.

However, because this is the first generation of controllable and fusion technology, even the controllable nuclear fusion reactor with test nature has such a huge volume, but the volume of the controllable and fusion reactor with practical nature is more than ten or even twenty times that of the reactor with test nature, and its construction period is naturally not test nature, and the nuclear reactor can be compared.

It will take at least half a year, a year or even more to build. At the same time, the capital, human and material resources to be invested are at least dozens or even hundreds of times that of experimental reactors.

However, even so, neither the official nor Wang Bin's Tiangong technology had the slightest hesitation and directly decided to start construction.

At the same time, after completing the design and R & D of the first generation controllable nuclear fusion technology, the high energy physics laboratory of Tiangong technology immediately invested in the R & D of the controllable nuclear fusion reactor with smaller volume, stronger power generation capacity, longer service life and more advanced performance, that is, the second generation controllable nuclear fusion technology.

On the side of Tiangong science and technology desert Industrial Zone, when all factories are in tight and orderly production, the popularity of the desert Aerospace Center began to increase gradually.

In addition to the construction personnel who are building the space center, one or two ordinary employees from other companies or enterprises who do not belong to Tiangong technology or construction can sometimes be seen in the whole desert space center area.

Yes, with Tiangong technology moving its focus to the desert, some companies or factories that rely heavily on their Tiangong technology orders also began to move to the desert with Tiangong technology, so as to better undertake orders from Tiangong technology.

Therefore, factories have been set up near Tiangong Technology Industrial Park. At this time, the price of industrial land is not high, even very cheap, so the scale of these factories is not small. At the same time, because Tiangong technology has high requirements for downstream manufacturers, the internal equipment of these factories is not relatively advanced, At least compared with ordinary peers, it is more than one level advanced. Even the equipment used in many factories is produced by Tiangong technology.

Although Wang Bin also pays attention to these, he has not paid much attention to them. However, with the arrival of these downstream manufacturers, the production efficiency of Tiangong technology will be greatly improved.

Of course, Wang Bin doesn't have to worry about these things. They have their own special personnel of Tiangong technology to connect with them.

Wang Bin and Jin Lao of the high energy physics laboratory successfully developed and established the first experimental nuclear fusion reactor and operated successfully.