Movie black technology

Davis was speechless after hearing Arthur's words.

"We have already confirmed it before. The possibility that it is his personal computer is more than 60%. This is already worthy of our belief."

Seeing that the topic had been changed, Arthur felt relieved, "At least after this incident, the possibility that that computer is Chen Shen's personal computer has risen to 80%."

"No matter how poor his sense of confidentiality is, he would never save a movie's data on a public computer, so it is likely to be a computer that he usually or occasionally uses."

"I believe that as long as we keep an eye on that computer, sooner or later we will be able to obtain more useful information."

Davis listened, although he still felt annoyed, but the anger of sending Arthur to raise turkeys just now was gone.

He waved his hands irritably, "In this case, then I will leave that computer to you to keep an eye on. Every time you connect to the network, you must seize the opportunity to transfer data!"

Arthur nodded happily. This is just a trivial matter. Just set an alarm clock in his computer that will remind the monitoring computer when it is connected to the Internet.

But then Davis said, "In addition, as a punishment for a major mistake, you will be responsible for the night shift for the next year!"

Arthur nodded happily, this is just a small matter, just set up another tent behind his desk.

Just after nodding his head, he realized that something was wrong with the time...

a year?

"One year..."

Is it too long?

Halfway through the speech, he saw Davis' dark face, which didn't look like a white man, which gave him the urge to draw out his gun...

However, he immediately suppressed the anomaly in his heart, and changed his words: "One year is really appropriate, and I should be punished like this."

No matter how dissatisfied he was, he could only swallow it down his neck.

...

Time to enter March.

As soon as the New Year passed, Chen Shen had already started working.

But he still had a new year at least, and the others couldn't even think about the New Year when they were working.

In February, the production line design for the nano-thrust was completed and sent to him and other experts for review.

This machine called the production line looks like a nanowire tube. It is a huge machine that looks like a sewing monster. Due to the problem of production design, its volume is larger than that of the wire tube machine. Dozens of times more, the floor area of ​​a machine is equivalent to several nanowire tube factories.

If there are no major problems in the design, this machine can process at least 100,000 plasma thrusters in an ordinary batch after feeding wire pipes and other raw materials, and then send them to the subsequent assembly part to directly assemble into a complete propulsion unit.

The ideal production capacity of this production line can even reach a batch of 500,000, which means that one production can directly solve all the plasma thrusters needed by the Tibetan Antelope.

The construction of this production line is the top priority of the entire task recently, and almost the whole country revolves around it. As long as there are resources and parts that can be used by this production line in other projects, they will basically be transferred here.

It is expected to be completed in early April, and the first test can be carried out in mid-April.

In addition, the plasma reactor management system of the Tibetan Antelope has also completed the final experiment, and selected the best-performing plan as a preparation. At the same time, several other sets of promising plans have also entered the candidate, and entered the next stage together with the main plan. Research.

In addition, the other production and construction tasks in the project team are the fuselage of the Tibetan Antelope.

As early as the New Year, the aerodynamic shape of the Tibetan Antelope had been tested in the existing wind tunnel and a full set of data had been obtained.

Just as Chen Shen predicted before, although the results are not particularly good and the wind resistance is ridiculously large, the flying posture is still stable, and the structural strength is not to worry about. Don't worry about it disintegrating in the air at extreme speed.

Considering that even if it is a nuclear-powered version, its cruising speed in the atmosphere is only 5,800 kilometers per hour, it can be regarded as successfully passing the wind tunnel test, and preparations for airframe manufacturing can begin.

Just like the previous Jingwei helicopter, the relevant plates have been cut and entered the stage of processing and assembly.

Chen Shen also came to the scene with Tang Huacong, who was in charge of the spacecraft's body technology. The assembly site looked quite empty, similar to the assembly line of some large special vehicles, not like the assembly site of a spaceship at all.

Although what is assembled here is only the shell of the spacecraft.

On the long production line, large and small plates are put into the machine by the workers, then processed into a specific shape, and then sent for inspection...

Even if it is just a small spaceship with a length and width of less than twenty meters, the workmanship on the shell of the Tibetan Antelope is still extremely complicated. If there is no systematic information, the part of the shell alone is worth starting a research project for three to five years, and then It is possible to choose the best solution.

Watching the plate processing of the outer shell of the spaceship, Chen Shen also took out a plate and looked at the selected plasma reactor management plan.

The reactors used in this scheme have a total volume of ten cubic meters.

Unlike the nuclear-powered version, the plasma version of the Tibetan Antelope has changed its energy source, and the resulting reaction will naturally not be as small as changing a pair of batteries for the TV remote control.

This will bring about great changes in the weight of the fuselage, the internal space layout of the fuselage, and so on.

Fortunately, the weight of the plasma reactor system tested so far is close to that of a miniature nuclear reactor.

That is to say, the Tibetan Antelope will not have drastic changes in the weight of the body, so the relevant information in the system still has a reference role.

However, the changes in the internal space of the fuselage caused by the reactor system have become impossible.

A reactor with a size of ten cubic meters has surpassed a micro-nuclear reactor in volume, and the reactor system has a characteristic.

That is not to split too much.

At most, they can only be divided into two or three relatively evenly and placed inside the fuselage.

In this way, the place where the nuclear reactor was originally placed could not fit ten cubic reactors at all, and these reactors must be placed in batches in the vacant space of the fuselage.

At this time, the weight distribution of the fuselage will be different, which will cause safety hazards during flight, just like a large ship, which side may be loaded with more cargo, and the ship will capsize when it encounters wind or sharp turns.

The people under Chen Shen and Tang Huacong also calculated for a long time before finding a relatively suitable solution. They redesigned the shape of the reactors, changing them from a cylindrical shape to a cube shape, and piled them on the fuselage floor as much as possible. and on the walls...