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It was Tiangong Technology's new achievements in materials, which allowed their high-energy physics laboratory to make a breakthrough in thermonuclear fusion technology, although their controllable nuclear fusion technology was only at the most elementary level at this time. Technology.

However, Wang Bin, Jin Lao and others all believe that with the successful development of the first generation of controllable nuclear fusion technology by Tiangong Technology, as long as the construction of this reactor is completed, the next second and third generations will be Relatively, it is much simpler. After all, everything is difficult at the beginning, and the most important first step has been taken, so the next second and third steps have a direction.

In addition, the ion engine technology at the high-energy physics laboratory has also achieved new results during this period. The latest ion engine can be made very small and light in size, and the largest among them The thrust of the plasma engine can already reach the ton level, which is definitely a historic breakthrough for Tiangong Technology.

After all, in the past, the maximum thrust of the plasma thruster developed by their company was only one hundred kilograms. Now, due to the establishment of the high-energy physics laboratory, the thrust of the plasma engine has been directly increased. Ten times, the most important thing is that compared with the original plasma thruster of their company, the volume of this plasma thruster is not much larger.

That is. With this propeller, if their aerospace plane wants to travel in the universe, as long as they combine the previous cold nuclear fusion technology, then their aerospace plane will no longer have to worry about fuel. Yes, as long as they are within the solar system, their aerospace planes can reach them.

Of course, if you want to go farther, it is unrealistic, because even with a ton-level plasma engine, it will take several years or even ten years for an aerospace plane to reach the outermost planets of the solar system time.

It is extremely unrealistic to want an aerospace plane to fly out of the solar system, because not to mention other things, it is very unrealistic only in terms of the life span of the crew.

Even with the genetic medicine of Tiangong Technology now, people who use the genetic medicine can reach a maximum of 150 years, the maximum theoretical life span of human beings.

At the theoretically maximum speed of the current space shuttle in the universe, it is impossible to fly out of the Kuiper belt of the solar system, let alone the Oort nebula.

You must know that even if the aerospace plane developed by Tiangong Technology is installed with a plasma thruster, its maximum speed, according to the data, the maximum theoretical speed will not exceed one thousandth of the speed of light, and its acceleration process is also very slowly.

And when the speed of the aerospace plane reaches the theoretical maximum speed, the ionic medium fuel and cold nuclear fusion fuel inside it will also be consumed.

Therefore, it is still very difficult to fly farther with the current technological level of human civilization.

Of course, it will be different if unmanned space probes are used for detection. It may take hundreds or even thousands of years, and it may be possible to fly out of the solar system.

But it will take thousands of years to reach the nearest galaxy to the solar system, the Proxima Galaxy, at the fastest speed of one-thousandth of the speed of light.

Therefore, no matter whether it is Wang Bin or other people in Tiangong Technology, they have not thought about flying out of the solar system and exploring other galaxies, but thinking about how to explore other planets in the solar system and explore other planets in the solar system. build a survival base,

Eventually colonize other planets.

Of course, this does not mean that their Tiangong technology will not explore other galaxies outside the solar system in the future, but this will not be possible until their plasma thruster technology and controllable nuclear fusion technology are fully mature.

When Wang Bin saw the results of his high-energy physics laboratory, he immediately became excited. After all, he had a ton-level plasma medium engine and cold nuclear fusion technology.

So if it is installed on their new type of aerospace plane of Tiangong Technology, that is, the Phoenix-2 aerospace plane under development, it means that this aircraft has the ability to conduct long-distance voyages in the inner circle of the solar system, and Don't worry too much about fuel yet.

As for controllable thermonuclear fusion, there is no need to think about it for the time being. After all, even the first experimental nuclear fusion reactor has just started construction, and it is only the first generation of controllable nuclear fusion technology. , No one knows what it is, so it is doomed that this technology cannot be applied to the aerospace field in a short time.

Of course, if Tiangong Technology establishes a survival base on the moon in the future, or if the construction of a super-large space station is completed, it is still feasible to apply controllable nuclear fusion technology to the space station and the moon survival base as an energy source.

Of course, this premise still depends on the operation of the experimental reactor after operation.

After Wang Bin inspected the various laboratories, he was very satisfied with the development of Tiangong Technology's main aerospace projects after they were moved to the desert.

After all, being able to make such great achievements in such a short period of time shows that during the time since the move here. The R\u0026D personnel of Tiangong Technology were not affected.

Of course, as the second-generation aerospace aircraft project that Wang Bin is most concerned about, the progress since this period of time is also very good.

The research and development of the first prototype of the Phoenix-2 aircraft has finally entered the manufacturing stage, and the first prototype is officially No. The huge workshop of the manufacturing workshop gradually took shape, and finally, in the fourth month when Tiangong Technology moved to the desert, all the assembly work was completed and it was successfully rolled off the assembly line.

When the Phoenix-2 aircraft successfully rolled off the production line and entered the runway of the airport in the desert, Wang Bin, the aircraft design and manufacturing personnel through technology, and Mr. Qiu and others were all very moved.

Because, although the data of this Phoenix-2 aircraft has undergone many revisions during the design process, it may be the largest aircraft developed and manufactured in China so far.

data for this aircraft.

The captain reached 75 meters and the wingspan was 68 meters.

The maximum take-off weight is 330 tons.

The maximum flight speed is Mach 5.

The maximum flight altitude is 45,000 meters.

Economical cruising speed Mach 2.0.

The maximum range is 24,000 kilometers.

The minimum take-off requirement runway length is 3.9 kilometers.

The maximum full-load cruising range is 15,000 kilometers.

The engines are the four pulse detonation engines newly developed by Tiangong Technology. The maximum static thrust of the engines is 25 tons. With such a huge thrust engine, this aircraft can reach super high speed under full load. High sonic flight speed.

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