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Along with this, Tiangong Technology's first controllable nuclear fusion technology test reactor was ignited and successfully operated for the first time, which marks that Tiangong Technology has finally mastered thermonuclear fusion technology, which is definitely of great importance to the future of Tiangong Technology. Very big effect.

However, the reactor tested this time is only an experimental reactor, and its maximum output power is only 12 trillion. Fusion technology has really entered the stage of practicality, and they must build a truly practical and controllable nuclear fusion reactor. After all, only a truly practical reactor can bring good news to human beings and their Tiangong technology.

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

However, since this is the first generation of controllable and fusion technology, even this test-type controllable fusion reactor has such a large volume, but the volume of a practical controllable and fusion reactor is even larger than this test-type reactor. More than a dozen or even twenty times, and its construction period is naturally not a test nature, which can be compared with nuclear reactors.

It will take at least half a year, a year or even longer to carry out the construction, and at the same time, the funds, manpower 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 they directly decided to start construction.

At the same time, after the high-energy physics laboratory of Tiangong Technology completed the design and development of the first generation of controllable nuclear fusion technology, they immediately invested in research and development, with smaller volume, stronger power generation capacity, longer life and more advanced performance. The controllable nuclear fusion reactor, which is the second generation of controllable nuclear fusion technology.

At the Tiangong Technology Great Desert Industrial Zone, when all the factories were in intense and orderly production, the popularity of the Great Desert Space Center began to gradually increase.

In addition to these people who are building this space center, in the entire Great Desert Space Center area, you can sometimes see one or two people who do not belong to Tiangong Technology or construction, but come from other companies. Or ordinary employees of enterprises.

That's right, as Tiangong Technology shifted its focus to the Great Desert, some companies or factories that relied heavily on their Tiangong Technology orders also began to follow their Tiangong Technology to move to the Great Desert. On the side of the Space Center , so that we can better undertake orders from Tiangong Technology.

Therefore, factories have been erected near the Tiangong Technology Industrial Park, and because the price of industrial land in the desert is not high at this time, it can even be said to be very cheap, so the scale of these factories is not considered At the same time, due to Tiangong Technology's high requirements for downstream manufacturers, the internal equipment of these factories is not relatively advanced, at least compared with ordinary counterparts, it is more than one level advanced, and even the equipment used by many factories , or produced by Tiangong Technology.

Although Wang Bin also paid attention to these, he didn't pay too much attention to them. However, with the arrival of these downstream manufacturers, their production efficiency of Tiangong Technology will also be greatly improved.

Of course, there is no need for Wang Bin to worry about these things. They have their own personnel specialized in Tiangong Technology to connect with them.

Wang Binzai and Jin Lao of the High Energy Physics Laboratory and others successfully developed and established the first experimental nuclear fusion reactor.

And run successfully.

Wang Bin transferred his battlefield to the aerospace laboratory of Tiangong Science and Technology, and together with the personnel of the laboratory, carried out in-depth transformation of the Phoenix-2 aircraft, which is also the aerospace transformation.

After all, the future of human civilization is definitely in the universe, and if you want to enter the universe, you must vigorously develop aerospace technology, especially in deep space exploration.

However, now at Tiangong Technology, although they already have the Phoenix-1 series of aerospace aircraft, that is, the Phoenix-kt1 aerospace aircraft, this aircraft can only fly in earth orbit, and it is not yet possible to fly directly from the ground. higher orbit.

At least after the construction of the official large-scale space station in earth orbit is completed, it is impossible to fly in a higher orbit. Even if you want to use rockets, it is impossible to send this aerospace plane directly into space, because the The structure is destined not to withstand the way of rocket launch.

As for the method of directly using rockets for deep space exploration, the cost is too high, even with recoverable rockets.

Of course, this is already far below the cost of other countries.

Take the space station currently being built by Tiangong Technology as an example. With the construction during this period of time, the tonnage of this medium-orbit space station of Tiangong Technology has exceeded 200 tons. The construction of low-orbit space stations is faster.

At the same time, since the tonnage of the space station is about to reach 250 tons, and the living area and test area of ​​the space station have already been partially established, so now they Tiangong Technology have begun to consider stationing astronauts in the space station .

However, the method of using rockets to launch spacecraft is still too dangerous in the eyes of everyone in Tiangong Technology. Even if Tiangong Technology has the ability to launch rockets, until now, there has been no case of rocket failure. Wang Bin and the others didn't dare to try it lightly. After all, it was about the safety of the astronauts' lives. If it weren't for the fact that there was no other way, they didn't want to use rockets to send astronauts into space.

Therefore, in order to send astronauts to their mid-orbit space station of Tiangong Technology as soon as possible, Wang Bin and his Tiangong Technology are also accelerating the research and development of the Phoenix-kt2 aerospace aircraft, hoping to develop this aerospace aircraft as soon as possible. aircraft so that they can be safely and efficiently sent into space in the cheapest way possible.

At the same time, with the aerospace plane, it is more conducive for astronauts to travel between the earth and the space station.

Because astronauts live in a gravity-free space environment for a long time, if the time is too long, it will be a great test for their body and mind. Even the astronauts of today's industrial technology have been injected with genetic drugs, and their physical conditions Compared with ordinary astronauts, they can stay for a longer time, but there are limits, especially psychological conditions.

So with the aerospace plane, Tiangong Technology can arrange regular flights just like between all parts of the earth, so that they can go back and forth between the earth and the space station without any pressure.

Moreover, since the construction of the space station has reached this time, their Tiangong Technology also needs to send a large amount of scientific research equipment to the space station. The best way is to use aerospace aircraft, after all, this can greatly reduce costs.

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