Movie black technology

After the shape is changed, the specifications of the reactor will also be greatly changed. At least it is impossible to make big bricks and put them inside the fuselage like bricks.

Therefore, Chen Shen also redesigned the specifications of the reactor. For the ten cubic reactors, only ten reactors with different specifications and shapes were made, and they were installed on the top, bottom, left, and right sides of the fuselage.

It is equivalent to ten different batteries installed in the fuselage of an airplane.

Although the cost of doing this is a bit high, in this way, even if some reactors suddenly fail during the flight, it can ensure that the spacecraft will not lose power immediately.

And this ensures that the space inside the fuselage can be relatively regular like in the movie, and will not be cut into pieces by the reactor.

Chen Shen looked at the latest fuselage design drawing, but there was a loud noise from the other side.

A group of experts wearing hard hats walked over while discussing.

"There are experts from our team over there, who were seconded from another aerospace plane project to support them." Tang Huacong on the side said.

Chen Shen turned his head to look, and saw one of the acquaintances at a glance.

"Professor Li is in there too?"

Among them, an old man with a smile on his face and who looked as energetic as a young man was Li Songshu. He had met him once before at the online verification meeting of the Tibetan antelope project.

Speaking of which, he hasn't seen the professor since the Boxer. He thought he was in the aerospace project all this time?

Thinking of this, Chen Shen raised his hand and said hello.

The expert team over there immediately stopped and walked towards him.

"Finally I see you, a busy man!" Li Songshu took two big steps, walked to the front of the line, and patted Chen Shenshen on the shoulder twice with a smile.

"Professor Li hasn't seen you for a long time, why are you here?" Chen Shen said with a smile.

This professor studies aerospace engines. Although he doesn't know which direction it is in, it is obviously not suitable for his project.

After all, his project uses plasma propulsion, which is completely different from all current mainstream aerospace engines.

Li Songshu scratched his hair, and pulled out two white hairs, and put them in front of Chen Shen, with a "sorrowful" look on his face: "It goes without saying, of course I came here to observe the enemy's situation, the propeller you made It’s almost ruining my job, I’ll come and take a look, I don’t know if I’ll be unemployed and retire someday!”

Seeing his urchin-like posture, Chen Shen felt helpless.

Tang Huacong on the side quickly said: "Old Li has rich experience in aerospace work, and he helped solve many problems when the airframe was redesigned."

"Hey!" Professor Li sighed beside him, "When you get old, you know more people. Even young people dislike me for eating here."

As soon as he said this, even the other experts around him couldn't laugh or cry.

"Old man Li, you are too shameless!"

"That's right, you are teasing the chief engineer of our project, let him fire you tomorrow, and let you go home directly to take care of your grandson!"

Chen Shen pressed his hand, indicating that it is impossible to do so, and then said: "It is not certain whether plasma thrusters can eliminate rocket engines. Who dares to let you retire!"

Many people think that as long as the plasma propulsion that can be used in the atmosphere is born, it will be the time for the retirement of traditional rockets. In fact, this is not necessarily the case.

Both plasma thrusters and rocket engines have their pros and cons.

The advantage of plasma propulsion is naturally continuous power, but the disadvantage is that the propulsion speed is slow.

The advantages and disadvantages of the rocket engine are just the opposite. The advantage is that the propulsion speed is fast, and the disadvantage is that it is similar to Ultraman and can only last for a few minutes.

Even the nuclear-powered version of the Tibetan antelope is unlikely to be faster than the current rocket, let alone the current Tibetan antelope that is expected to crawl at a speed of only 1,000 kilometers per hour.

This makes it quite inconvenient to use plasma propulsion power equipment to lay satellites.

After all, if you want a satellite to fly around the earth, you need the satellite itself to reach a certain speed, and one is 7.9 kilometers per second.

If you use the Tibetan Antelope, you can't directly let the satellite reach this speed. If you release the satellite directly in space...

Then it will only become a ground Brownian motion bullet.

In the second hour after the satellite landed, India would declare responsibility for the satellite.

In short, to solve this problem, the satellite must be accelerated twice in space, but this will lead to other complicated problems...

In addition, there is another problem with laying satellites with Tibetan Antelope.

That is the problem of the interior space design of the Tibetan Antelope.

From the beginning of its design, it was not designed to lay satellites in space. Its interior is used to carry people and weapons.

Therefore, its internal space can only accommodate small satellites at most, and large satellites don't even have to think about it.

After all, some large satellites are more than ten meters in size, which is about the same size as the Tibetan Antelope. Unless you sell tickets, the satellites will not be able to board this train.

Moreover, the cabin door of the Tibetan Antelope can only be opened in an atmospheric environment. If the door is opened in space, the air pressure in the cabin cannot be maintained.

And if you want to add an air pressure door between the cargo space and the driver's seat, you need to redesign...

This work is still in progress, and it is estimated that the nuclear-powered version of the Tibetan Antelope will be on board again.

So now only rockets can directly send satellites into the sky. With the problem of secondary acceleration of space satellites still unresolved, it is too early to say that rockets are retired.

The experts at the scene naturally understood this truth, so everyone was just joking.

After this topic passed, Professor Li Songshu talked about the real purpose of this time.

"We are here this time to support and learn from your project's advanced experience."

"Ahem..." At this point, Professor Li was also a little embarrassed, blushing, "We plan to transplant the plasma propulsion of your project to the aerospace plane we designed, and then you will do vertical take-off and landing. We do horizontal take-off and landing, and everyone learns from each other without interfering with each other."

Only then did Chen Shen understand that the action above was much faster than Tang Huacong's idea, and the plasma propulsion had just emerged. With the possibility of realization, he asked other similar projects to come here and wait...

at the same time.

Billy's CEO, Dong Guoan, was listening to the secretary's work report in the room.

"Recently, two of the most important projects in our company are working hard."

"One is the cooperation with Angle on Shenzhou VR. This cooperation has entered the implementation stage. Although Shenzhou VR has been out of stock recently, it has little impact on us..."