The Literary Life of a Science Leader

Chapter 158 Yan Gangyan's Office

After doing a favor, Mu Jingchi left the office and went to other places under the leadership of Director Hao, Professor Gao and Professor Xu.

This academic discussion in the office is only one aspect, and it is an extremely small aspect. It is impossible to solve big problems by relying on this academic discussion.

Although it is more convenient for Director Hao to come here, he has cooperation with the military after all.But the owners here are still Gao Mingsong and Xu Shiquan, so the latter two took Mujingchi to visit.

The main thing to visit is the equipment.

The R&D center equipment of Yangang Research Institute is still very sophisticated, not only those small test equipment starting at 2000 million, but also those testing equipment with hundreds of millions, and even set up a special production line in the R&D center.

From material research and development to material application, and even engineering erection equipment, Yangang Research Institute has it all, and Mu Jingchi expressed his envy.

Huaqing University also has these equipments. As the top university in China, materials are the most important thing, and equipment is definitely indispensable.

However, Huaqing University does not have as many or as luxurious equipment as Yan Gangyan.

"Dr. Mu, this is your office."

When Mu Jingchi stretched out his head to look into the room, he was extremely satisfied.The area looks larger than the office of Huaqing University, and the furnishings inside seem to be newer than the office of Huaqing University.

There are also more styles of furnishings. In addition to the necessary things for office work, there are also some small ornaments on the desk.

At the corner of the table, there is also a small-leaf red sandalwood bonsai.

"I heard from Professor Yang that you like to grow some flowers and plants, so I put a pot here."

Mu Jingchi looked at Professor Yang Wenwu behind him who seldom spoke, then smiled and nodded to Gao Mingsong, "I'm interested."

This time Yangang Research invited Mu Jingchi, so Yang Wenwu said less and gave the stage to Mu Jingchi.

So far, Mu Jingchi's performance can be said to be very outstanding.

"I may not use this office very often. My main task is still on the subject of the school. You don't need to spend so much time on your side."

To arrange an office, Mu Jingchi understands this.

This kind of guidance assistance work to participate in material research and development does not mean that you can come and take a look, then you can find problems, ask questions, and then solve them.

This is unrealistic.

Just a question of theoretical direction in the early stage can lead to enough difficulties.Not to mention the subsequent calculations, experiments, and even engineering, which are all more complicated things.

Why is it said that materials depend on luck?
Because there are too many steps involved, and as long as there is a slight change or error, sometimes even an error, the final result will be different.

And this kind of different results, the high probability is the result of failure.The successful outcome can be said to be one in a trillion.

Mu Jingchi's help here is actually equivalent to participating in this project, and he needs his guidance or guidance from the beginning to the end.

In this kind of assistance work, you can’t just look at it and find clues about where the problems in materials research and development lie.

Only by following the project team from beginning to end can we really help this project.

Director Hao took Mu Jingchi's words and nodded, "We all know your focus. Your project is to improve the overall level of national materials. Our current project is not as important as your project."

"But I would like Dr. Mu to help me. This project of ours can be considered a key project of the Air Force."

"So, the specifications will definitely not worry you, Dr. Mu."

Mu Jingchi couldn't laugh or cry, "Director Hao, you don't have to say that."

"My focus is there, but I won't be perfunctory here." Mu Jingchi gave a reassuring look, "The high-temperature alloy is actually my next goal."

"The reason why I agreed to come here is also because I want to accumulate more experience."

Compared with the basic research of materials, Mu Jingchi prefers the research and development of applied materials, constantly researches and develops new materials, and constantly puts new materials into applications.

In terms of new materials, the direction of superalloys is a very good direction.

Titanium-based, niobium-iron-based, niobium-silicon-based alloys are all very good targets for the next phase.

As for the construction of the dislocation theory system that is currently underway, he has become the person in charge, and he only needs to guide the general direction. Step by step, it will be very stable.

Adding the dislocation equation, there are a total of six major stages and sixteen minor stages.Mujingchi is sure to break through a small stage a year.

In this way, Mu Jingchi will spend less and less energy on this wrong theoretical system.

And this part of the energy will be transferred to superalloy or ceramic materials.

"Thank you. With the help of Dr. Mu, we will definitely be able to achieve a breakthrough in high-quality superalloys."

Huaxia's high-temperature alloys have mediocre performance, poor production quality, and low stability. 50% of the products are dependent on imported billets.

But China's demand for high-temperature alloys is increasing.

As Hao Chen said, this is indeed a very important project.

"That's it for today, let's go out for dinner together."

Director Hao, Professor Gao, and Professor Xu took Mu Jingchi and Yang Wenwu out for dinner. They didn't need to drink wine, but it was essential when entertaining guests.

"Are you sure?"

Sitting in the car, Yang Wenwu relaxed a little, and began to ask Mu Jingchi.

"There is no certainty in the research and development of materials." Mu Jingchi shook his head, but after thinking for a while, he said, "However, there are still some directions to go."

"In terms of deformed superalloy materials, what needs to be studied is the prestressing technology of superalloy disc forgings to solve the problem of poor dimensional stability of mass-produced discs."

"In terms of casting high-temperature alloy materials, we can develop rhenium-free high-performance single-crystal superalloy materials. After all, our country does not lack rhenium resources."

"In terms of powdered high-temperature alloy materials, research work can be carried out on the fourth-generation powder disk high-temperature alloy materials to solve the problem of excessive size inclusions in turbine disks."

Listening to Mu Jingchi's sentence after sentence, Professor Yang Wenwu laughed, "If you come up with these directions, it will be a big project, but Yangang Research seeks your help only for nickel-based alloys."

Mu Jingchi also laughed, "I think too far, take one step at a time, take your time."

"First solve the problem of nickel-based alloys."

Nickel-based alloys have a wide range of applications and are in great demand, so they are still very promising.Because of its high enough high-temperature strength and oxidation resistance, it is often used in the manufacture of high-temperature components on aero-engine blades and rocket engines, nuclear reactors, and energy conversion equipment.

According to Mu Jingchi, nickel-based alloys still have very strong potential to be tapped, and the high-temperature strength cannot continue to be improved.

(End of this chapter)