Top Student

This feeling is like stepping on the gas pedal a million times, only a few of which are successful, and it cannot be used as a stable energy source at all.

Even if it is a lot of energy every time it is refueled, it is difficult to use such unstable energy.

Especially aerospace fighters, which have very strict requirements on stability, cannot be equipped with such uncertain power sources.

With such a very small probability of nuclear fusion being possible, even if an aerospace fighter is built, it will often face a situation of insufficient power.

At this time, Xu You had some new ideas.

"If the conditions for the occurrence of controllable nuclear fusion can be appropriately increased, the probability of controllable nuclear fusion will also increase... From a macro perspective, the nuclear power plant can continue to work."

This feeling is like repeating a large number of small-probability events, and the probability of occurrence of the small-probability events will be infinitely close to one.

Of course, in reality, the probability of occurrence of low-probability events needs to be as high as possible, and the number of times of occurrence should be as large as possible.

As long as a balance can be formed, it is indeed possible to fulfill Xu You's ideal requirements.

"No, there is no need to strictly carry out cold fusion, as long as the temperature is not so high. The space inside the aerospace fighter can withstand a certain high temperature."

Thinking of this, Xu You once again connected with the quantum computer to simulate in his brain.

This time, Xu You needs to find the critical conditions that can make nuclear fusion happen macroscopically, and verify whether such a device can be installed in an aerospace fighter.

"Three thousand eight hundred degrees Celsius...Under such conditions, nuclear fusion will be close to inevitable at the macro level."

After some complicated simulations, Xu You finally came to a preliminary conclusion.

According to such a temperature, the requirement of cold nuclear fusion has been broken away.

Because cold nuclear fusion requires that nuclear fusion can occur at normal temperature or at a lower temperature, the temperature at which nuclear fusion occurs should not exceed 1000K.

But this, like room-temperature superconductivity, is a task that may never be accomplished.

As long as this condition can be solved, it will be considered a very big breakthrough.

"Modern fighter jets have a maximum internal temperature of 2,000 degrees Celsius, which is almost at their limit. 3,800 degrees Celsius is indeed a relatively big test for small and medium-sized aircraft."

If you have more space, heat dissipation is not a problem.

However, the volume of aerospace fighters has been strictly limited. To withstand such high temperatures, high-temperature resistant materials with extremely good performance are required.

Of course, such problems are not insoluble.

As early as when Xu You entered the aerospace system for the first time, he conducted research on high-temperature-resistant materials and high-temperature-resistant coating technology.

Coupled with the high-temperature resistance technology that the Zhengtu-9 rocket already has, Xu You is fully confident that the aerospace fighter can achieve such a temperature tolerance.

Thinking of this, Xu You decided to launch a new controllable nuclear fusion program while starting research on high-temperature-resistant materials and high-temperature-resistant coatings.

…………

Under Xu You's suggestion, the research on high-temperature-resistant materials and the new controllable nuclear fusion project have both officially passed the approval and entered the research stage.

Different from the "Eastern Japan" series of controllable nuclear fusion projects, the new controllable nuclear fusion project was finally named "micro-fusion" project because of its special direction.

After a period of research, the two projects have made great breakthroughs, which also makes the aerospace fighter project officially enter the preparatory stage.

Xu You immediately notified Wu Jing of the progress of the research, which made Wu Jing very excited.

"Xu You, I didn't expect that you could actually develop a nuclear fusion power plant suitable for aerospace fighters. This time we can prepare and officially start the research project of aerospace fighters."

"Yes, your designs in the Xuanque series of aerospace fighters are already possible. With such a powerful fighter, it is enough to ensure the safety of our lunar scientific research base."

After discussing some details of the project with Wu Jing, Xu You organized the project team members to hold the project opening meeting.

Everyone has long known that there is such a project, but they did not expect that such an advanced project would really start to enter the stage of preparation.

When it was time for the meeting to start, Xu You came to the stage with firm steps and told everyone about his plan.

"This time, our goal is to make the world's first real 'space fighter'. It can fly freely in space and protect the safety of our earth and the moon."

At this time, Xu You's goal is not limited to the earth, but has a more ambitious goal.

Even the possible threat from Sam wasn't the only thing Xu You was worried about.

Next, Xu You showed the design of the aerospace fighter on the big screen.

Seeing the completed design, everyone was a little surprised.

Obviously the project has just entered the preparatory stage, and the design drawings of the aerospace fighter have already been completed.

"This aerospace fighter, tentatively named the Xuanque series, was mainly designed by Teacher Wu Jing, and I modified some details in it. In addition to its powerful performance, in the energy part, for the first time, we will Use a miniature controllable nuclear fusion reaction as an energy supply."

Everyone was shocked when they heard that Xu You was going to use a controllable nuclear fusion reactor in an aerospace fighter.

You know, not to mention controllable nuclear fusion, even nuclear fission power plants are very rarely used in the world.

However, since under the leadership of Xu You, the research on the two generations of controllable nuclear fusion devices "Dongri No. 1" and "Dongri No. 2" has been completed, it is not necessary to apply controllable nuclear fusion to aerospace fighters. Not something unimaginable.

After introducing the basic configuration of the Xuanque series of aerospace fighters, Xu You explained some of its advanced technologies.

"In the middle of the fuselage, Xuanque has a high-density energy center that can gather the energy generated by controllable nuclear fusion. There is a sensitive force field device between the fuselage and the wings, which can make the fuselage Keep balance. There is a laser rapid-fire cannon device on each side of the wing, which can fire powerful laser weapons..."

Although there are many technologies that are far beyond modern times, Xu You still uses solid theories to prove the possibility of these technologies.

"The Xuanque series of aerospace fighters is not my only plan. Next, I will show you a more powerful design."