Super industrial overlord
Chapter 367 Materials
Chapter 367 Materials
Zhang Yi and Minister Li talked on the phone for a long time, and finally ended the call in a happy tone.
And from the conversation just now, it can be heard that Minister Li is very satisfied with the progress of aerospace aircraft research.
After hanging up the phone, Zhang Yi stood up and walked towards the Experimental Center of the Qicaishi Group base.
At this time, the base of the Qicaishi Group is the material industry center, and several scientific researchers in white coats are testing certain materials.
If there are people in the industry here, they can know that these materials are not ordinary materials, but a high temperature resistant material.
Although it is said that the skin and body materials of the "Bawanggun" class aerospace aircraft have strong high temperature resistance, and can withstand high temperatures above 1500 degrees without any change in nature.
But for this, Qicai belongs to the group, and these researchers are not satisfied. They hope to develop materials that are more resistant to high temperatures, stronger, lighter, and cheaper.
This can not only greatly reduce the overall weight of the aerospace aircraft, but also make the aerospace aircraft faster, cheaper, and have better flight performance.
Therefore, since the launch of the aerospace aircraft project, the materials laboratory of the Qicaishi Group has entered a state of intense research work.
However, material technology is no better than other technologies, and there is no rush at all.
Fortunately, the materials laboratory has not gained nothing during this period of time.
And the material they are testing is the result of their development during this period of time.
Although the size of this piece of material is only about 50 centimeters, and the thickness is less than 0.5 centimeters, all the researchers in the entire material laboratory attach great importance to this material.
Because they know that if this material is really successfully developed, then even if the future aerospace aircraft flies at a speed of 10 times the speed of sound in the atmosphere, the temperature of the friction between the aerospace aircraft and the air will not be the same as that of the aircraft. itself has no effect.
After a lot of work, everyone knew clearly that the test data of this material would be released soon!
Everyone was a little nervous, especially the ordinary technicians in the laboratory.
This time their material center tested this material, it was a staff member in his 40s who was in good shape, and this staff member was the person in charge of the laboratory, and Zhang Yi was also a student master. A junior high-level academic master hired in the employment system.
While this academic master was testing materials, other technicians in the laboratory, including ordinary technicians, surrounded him, staring at the material model on the virtual reality display screen on the machine and the material model on it. data.
Soon, lines of data appeared on the virtual model on the machine, but these data may not be understood by a group of ordinary people, but these technical staff in the material laboratory are all experts in materials, even if these data Ordinary technical employees also have very strong knowledge reserves and capabilities in this area, so there is no difficulty for them to understand these data.
It worked, it was definitely a success.
Seeing the data on the screen, a young man in the laboratory couldn't help jumping up and shouting: "Old Qi, look! We have really succeeded. With this material, our future space Even if an airplane flies in the atmosphere at a speed of 10 times the speed of sound, it will not cause problems with the aircraft due to the problem of too high temperature of the thermal barrier?"
"Not bad! We have indeed succeeded. You can see that the thermal conductivity of this material is very poor, but the performance of high temperature resistance is very good. It is definitely a very good heat insulation material. With this material, our The aerospace plane can definitely reach a speed of more than 10 times the speed of sound in the atmosphere." The middle-aged man who was testing the material also said.
"Haha! That's great! After so much hard work in our material laboratory, we finally have a scientific research result that can be obtained. Otherwise, I would really be ashamed to face others." At this moment, another An ordinary young technician said happily.
"..."
At this moment, bursts of cheers erupted from the entire material laboratory. The academic masters hired by Zhang Yi were a little bit better, but some couldn't help but smile, and those ordinary technicians in this world were just It's different, they are jumping and jumping, all trying their best to exude their emotions.
At this moment, Mrs. Qi said: "Okay, everyone, don't be self-satisfied, report this matter to the boss, and let the boss share our success!"
Zhang Yi soon received a call from the Materials Research Center. Zhang Yi was also very happy about the good news of the new high-temperature-resistant insulation material developed by the Materials Research Center. After all, after having this material, their The "Overlord Gun"-class aerospace plane can be faster in the atmosphere, and at the same time, it can also make the aerospace plane have a stronger defense, and it is less likely to be penetrated when defending against space micro-meteorites.
You must know that as an aerospace plane, when flying in space, it is inevitable to collide with micro meteorites in space. However, with the current technology of human beings, there is no good defense method, and the only way to rely on aircraft Carry it by yourself, so this puts high demands on the crops of the aircraft itself.
The Qicaishi Group proposed this aerospace plane. According to the design requirements, this aerospace plane must at least be able to defend against space micrometeorites whose volume does not exceed 10 centimeters when flying in space.
Although such a requirement can be achieved even if the original aerospace materials are used, it will inevitably increase the thickness of the skin of the aerospace aircraft, which will greatly increase the weight of the entire aerospace aircraft. Ability will drop sharply.
After answering the phone, Zhang Yi stood up immediately, and happily said to Huang Xiru beside him: "Sister Huang, let's go, let's go to the material laboratory of the base. The material laboratory of our base has just successfully developed a new type of insulation. Thermal materials, according to what they said on the phone just now, with this new type of thermal insulation material, the aerospace planes produced by our company in the future can withstand 10 times the speed of sound even in the atmosphere. Hold on, the thermal barrier created at this speed."
Now, since Zhang Yi and Huang Xiru are married, they not only live together at night, but also work under the same roof during the day.
When the material laboratory called just now, Huang Xiru was also in the office and naturally heard the report of the material laboratory.
(End of this chapter)
Zhang Yi and Minister Li talked on the phone for a long time, and finally ended the call in a happy tone.
And from the conversation just now, it can be heard that Minister Li is very satisfied with the progress of aerospace aircraft research.
After hanging up the phone, Zhang Yi stood up and walked towards the Experimental Center of the Qicaishi Group base.
At this time, the base of the Qicaishi Group is the material industry center, and several scientific researchers in white coats are testing certain materials.
If there are people in the industry here, they can know that these materials are not ordinary materials, but a high temperature resistant material.
Although it is said that the skin and body materials of the "Bawanggun" class aerospace aircraft have strong high temperature resistance, and can withstand high temperatures above 1500 degrees without any change in nature.
But for this, Qicai belongs to the group, and these researchers are not satisfied. They hope to develop materials that are more resistant to high temperatures, stronger, lighter, and cheaper.
This can not only greatly reduce the overall weight of the aerospace aircraft, but also make the aerospace aircraft faster, cheaper, and have better flight performance.
Therefore, since the launch of the aerospace aircraft project, the materials laboratory of the Qicaishi Group has entered a state of intense research work.
However, material technology is no better than other technologies, and there is no rush at all.
Fortunately, the materials laboratory has not gained nothing during this period of time.
And the material they are testing is the result of their development during this period of time.
Although the size of this piece of material is only about 50 centimeters, and the thickness is less than 0.5 centimeters, all the researchers in the entire material laboratory attach great importance to this material.
Because they know that if this material is really successfully developed, then even if the future aerospace aircraft flies at a speed of 10 times the speed of sound in the atmosphere, the temperature of the friction between the aerospace aircraft and the air will not be the same as that of the aircraft. itself has no effect.
After a lot of work, everyone knew clearly that the test data of this material would be released soon!
Everyone was a little nervous, especially the ordinary technicians in the laboratory.
This time their material center tested this material, it was a staff member in his 40s who was in good shape, and this staff member was the person in charge of the laboratory, and Zhang Yi was also a student master. A junior high-level academic master hired in the employment system.
While this academic master was testing materials, other technicians in the laboratory, including ordinary technicians, surrounded him, staring at the material model on the virtual reality display screen on the machine and the material model on it. data.
Soon, lines of data appeared on the virtual model on the machine, but these data may not be understood by a group of ordinary people, but these technical staff in the material laboratory are all experts in materials, even if these data Ordinary technical employees also have very strong knowledge reserves and capabilities in this area, so there is no difficulty for them to understand these data.
It worked, it was definitely a success.
Seeing the data on the screen, a young man in the laboratory couldn't help jumping up and shouting: "Old Qi, look! We have really succeeded. With this material, our future space Even if an airplane flies in the atmosphere at a speed of 10 times the speed of sound, it will not cause problems with the aircraft due to the problem of too high temperature of the thermal barrier?"
"Not bad! We have indeed succeeded. You can see that the thermal conductivity of this material is very poor, but the performance of high temperature resistance is very good. It is definitely a very good heat insulation material. With this material, our The aerospace plane can definitely reach a speed of more than 10 times the speed of sound in the atmosphere." The middle-aged man who was testing the material also said.
"Haha! That's great! After so much hard work in our material laboratory, we finally have a scientific research result that can be obtained. Otherwise, I would really be ashamed to face others." At this moment, another An ordinary young technician said happily.
"..."
At this moment, bursts of cheers erupted from the entire material laboratory. The academic masters hired by Zhang Yi were a little bit better, but some couldn't help but smile, and those ordinary technicians in this world were just It's different, they are jumping and jumping, all trying their best to exude their emotions.
At this moment, Mrs. Qi said: "Okay, everyone, don't be self-satisfied, report this matter to the boss, and let the boss share our success!"
Zhang Yi soon received a call from the Materials Research Center. Zhang Yi was also very happy about the good news of the new high-temperature-resistant insulation material developed by the Materials Research Center. After all, after having this material, their The "Overlord Gun"-class aerospace plane can be faster in the atmosphere, and at the same time, it can also make the aerospace plane have a stronger defense, and it is less likely to be penetrated when defending against space micro-meteorites.
You must know that as an aerospace plane, when flying in space, it is inevitable to collide with micro meteorites in space. However, with the current technology of human beings, there is no good defense method, and the only way to rely on aircraft Carry it by yourself, so this puts high demands on the crops of the aircraft itself.
The Qicaishi Group proposed this aerospace plane. According to the design requirements, this aerospace plane must at least be able to defend against space micrometeorites whose volume does not exceed 10 centimeters when flying in space.
Although such a requirement can be achieved even if the original aerospace materials are used, it will inevitably increase the thickness of the skin of the aerospace aircraft, which will greatly increase the weight of the entire aerospace aircraft. Ability will drop sharply.
After answering the phone, Zhang Yi stood up immediately, and happily said to Huang Xiru beside him: "Sister Huang, let's go, let's go to the material laboratory of the base. The material laboratory of our base has just successfully developed a new type of insulation. Thermal materials, according to what they said on the phone just now, with this new type of thermal insulation material, the aerospace planes produced by our company in the future can withstand 10 times the speed of sound even in the atmosphere. Hold on, the thermal barrier created at this speed."
Now, since Zhang Yi and Huang Xiru are married, they not only live together at night, but also work under the same roof during the day.
When the material laboratory called just now, Huang Xiru was also in the office and naturally heard the report of the material laboratory.
(End of this chapter)
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