After seeing this material, everyone was very excited. This situation shows that they were able to reach the next level again based on the original limit! Every point of height is a victory. In order to achieve this goal, they sent people to get this material without hesitation. Of course, this material was not found. After checking the computer, they found that this material was actually something that the girl studied alone. After they came back to study, they thought that it should be tried with this material, so they applied for this material from the girl.

When the girl saw their research, she felt that she should support them, so she sent the data to them and asked them to make it by themselves. The girl also began to observe where she was neglected. Why didn't she see that this material could be compressed with power? After careful study, the girl found that she was restricted by herself. You should know that when the girl made this thing, it was not for the purpose of compressing the power, but as the packaging material, that is, the girl did not pay attention to other details. This material adhered to the original packaging material's toughness, and the sealing property of the packaging material was gone at all, but formed a strange hole-like object. The girl never thought about the use of these things. In fact, if it weren't for the people in the aerospace industry to search for materials using supercomputers this time, it was very likely that the girl would give up on it forever if she could not find other uses.

The idea of ​​aerospace is to put this material at the last stage, wait until the strong thrust in front arrives, and then compress it again after passing through the small holes. These small holes all have strange shapes, like gourds, with three circular chambers, small in the middle and large on both sides. When high-pressure gas passes, first squeeze the small inside the large to form a compression again, and then emit it in the small chamber, which can provide more efficient thrust. Of course, if you do this, you must design the driving force of the motivation to prevent backflow. However, the consequence of doing this is that some of the power it should have may be lost, but as long as the ceiling can be increased, what is this?

After obtaining this material, Aerospace immediately sent someone to make a lot of such materials, mainly for experiments. Of course, if the experiment can be successful, then it can be imagined that this material must be an engine necessity before the nuclear power is successful. Even after nuclear power, if it can be applied, it will inevitably not be eliminated.

The girl here found the reason why she didn't find this problem, and then began to think about whether the idea that she had been wanting to study it separately recently was right? To be honest, the girl had long realized this problem, but she was not as powerless as this time, so the girl was not impressed by her. But now the girl realized that there was something wrong with her approach. Due to the influence of her previous life and the secrets of the girl, the girl subconsciously placed herself in a safe position. But in fact, due to the problem of time and space, some of the knowledge about nanoparticles that the girl knew was equal to

It was mostly scrapped, which means that even if the girl did not hide from others, no one would think that the girl had a problem. After going out, the girl's performance could only be said to be a genius. After thinking about this, the girl wondered if she could get rid of this problem? But thinking about it, the girl thought it would be better to let the flow. The purpose of the change was likely to attract the attention of others. However, some future research can also ask someone to come and help. Out of confidence in the superpower, the girl believed that no one would leak the secrets. Even if the girl made some shocking actions, she could still be controlled within the company.

After thinking through these, the girl felt that she was in a good mood. Of course, the girl is now very curious about how to modify the engine in the Aerospace side. It should be said that the girl is very concerned about this. If she can succeed, that is, within ten years of realization, the girl can see that the conventional-powered aircraft will be officially put into use. Of course, this is a relatively optimistic view, and it is also very likely to fail or fail to hit everyone's request.

The girl took a bus to the future space inside and came to the research hall. The disturbed researchers pulled down bunches of projections for research and modification. The most noticeable thing was a silver-white spacecraft in the middle. Unlike traditional aircraft and American aviation aircraft, this aircraft did not use a tripod, but made the aircraft into a shape that could provide lift. There were many people standing next to it to calculate and modify the aircraft, striving to do the best.

The girl walked all the way inside and came to a huge open-air test site through a gate. Here everyone was gesturing around an engine. The girl saw everyone modifying the machine. Now they were installing a mesh. The supercomputer was projecting the modified effect simulation data, and they could modify it based on the simulation data. Among the mesh made of super-strong materials, it was the girl's "encapsulation material". Now, everyone officially called it a power compressor.

Just as the girl was thinking about the problem, they found that this material could indeed achieve the expected effect. Just when everyone was happy, this material was sprayed out. Fortunately, everyone looked at it through a monitor. After checking, it turned out that it was rushed to get on the horse at the beginning, but it was just clamped with a few high-strength clips. In theory, it was possible to clamp it. However, the reality is that this material will have slight deformation properties under high temperatures. In other words, the original solution did not make good use of this material, and there were gaps everywhere, which made the compression performance of the material not very good. So they quickly made a mesh box to lay the material flat and then started to modify it.

Now one of the functions of nanoforming machines is to repair the damage after breaking. They use high-intensity laser to cut the back of the engine, then repair it with the molding machine to look like they want, and then put this thing inside. When the girl came, everyone had just finished and was filling the materials inside.

When the girl came, everyone greeted her, but she didn't let go of her work. Only Zhao Fengqi, the person in charge, came to the girl. There were many old faces that the girl had seen, of course, more new faces, and there were many foreigners. These people were recruiting people back to China during the last time when several countries confronted each other. Everyone's working atmosphere was and pleasant. After a brief chat with Zhao Qifeng, the girl sent him away. The girl came to the monitoring room and waited for them to complete the modification for the experiment.

The modification work is relatively smooth. Of course, if the expected results can be achieved, a new engine that can directly assemble this material will be sent over quickly. Thanks to the use of nanomechanicals, the production speed of engines is very fast, and new machines can be produced in less than half a month.

Soon everyone came to the monitoring room. Everyone was still relatively relaxed when they were working, but when they got here, they became solemn. You must know that although this success this time could bring the spacecraft to a higher level, it would even affect the future development of the spacecraft.

The worker's eyes left checked all aspects of data, indicating that there was no problem, and then connected the fuel pipe and quickly evacuated. When everything was ready, with the red button pressing, the motivation started, and only the sound from large to small spread quickly, but it was a little muffled than the sound I heard, and no flames were ejected at the beginning. Of course, everyone was not panicked, obviously this was under control. As time grew, a sharp tongue of flames suddenly ejected out. Yes, it was as sharp as a sword.

The staff quickly read out the data and judged whether it was normal. The thrust-to-weight ratio quickly climbed to 20 under the simulation of a supercomputer, and it was still increasing. It can be said that this data is amazing! You must know that even the thrust-to-weight ratio of a fighter with vertical take-off and landing is only 16, and the thrust-to-weight data can be said to be very powerful. Of course, you may say that it is nothing special to change, but you must know that this engine is just randomly made for testing. If it is a regular designed and optimized engine, then it is certain that the thrust-to-weight ratio can even reach about 30. This data means that the ceiling of the aircraft can reach 100,000 meters. Of course, the oxygen on it is thin, and it is theoretically impossible to reach that height.

Now everyone's idea is to be as high as possible, then close the air intake hole, open the oxygen you carry, and increase it again. At this time, you need to slowly adjust the flying posture and use a vertical or nearly vertical method to lift it up. Of course, this needs to be adjusted slowly in front, otherwise there will be no way to adjust it at that time.

When the thrust-to-weight ratio reached 25.3, with a sound, the supercomputer quickly cut off the oil circuit. Everyone was startled and hurriedly checked what happened. Finally, everyone found that the blades of the engine could not stand such a reverse thrust break. Everyone found out the reason. Although the experiment did not proceed smoothly, everyone was very satisfied with it to achieve this step. If you continue to experiment, you need to design a truly qualified engine to do the experiment.

Here the girl asked Zhao Qifeng after watching the experiment, "How is it? When will the whole machine be conducted?" Zhao Qifeng thought about it and replied, "The design of the whole machine has been completed now, mainly the engine problem. If the future experiment can be successful, it will be improved a few times. It is expected that the low-altitude whole machine experiment can be carried out in 3 to 5 years, and then the test progress will be carried out for other experiments." The so-called low-altitude experiment is to conduct various tests at an altitude of 40,000 meters. The girl nodded with satisfaction. If it can be successful, the next step is to experiment with a small spacecraft, right? Maybe the dream of the universe is really not far away!
Chapter completed!