Reborn Tech Scholar

Chapter 183 Project Meetings (710)

Chapter 184 Project Meetings (7/10)

In the latest "Forbes China Rich List 2011", Qin Yuanqing ranked 200th with a net worth of RMB 20 billion.

Qin Yuanqing’s wealth mainly comes from the increase in the value of WeChat, and a small part comes from the collection of manuscript remuneration and patent licensing fees.

However, Qin Yuanqing's financial strength makes people seriously doubt this list, because in the charity list listed on WeChat and Weibo, Qin Yuanqing donated a total of 2011 billion yuan in 16, and these donations can be checked.

It is also true that when people mention Qin Yuanqing, they often say 'the first good'!And none of the tycoons on the list ranked in front of Qin Yuanqing had so many donations.

The model of the Aero-Engine Research Institute has also aroused great controversy. After all, it is too rare for an individual to cooperate with a university to establish a research institute. Many people think that Mizuki University is nonsense, how can it do this.

At the unveiling ceremony, more than 100 people including Mr. Xin from the Ministry of Industry and Information Technology, Cao Dong, Chairman of Huaxia Aero Engine Group, and Director of Huaxia Air Force Research Institute attended the ceremony. It can be said that the lineup is super strong.

It can be said that the guests who came here are more than the personnel of the Aero-Engine Research Institute. There are only more than [-] R&D personnel of the Aero-Engine Research Institute, plus more than [-] students, and more than [-] graduate students (doctoral students). , which is comparable to the number of attendees.

Of course, President Gu's team will also join the Aero-Engine Research Institute in the future, and the number of R&D personnel will definitely exceed [-] by then.

In the afternoon, Qin Yuanqing personally took everyone to visit the research institute and introduced the main situation of the research institute to everyone.

Everyone originally thought that Qin Yuanqing was just a layman, and those who didn’t know thought that Shuimu University’s appointment of Qin Yuanqing as the dean of the research institute was to cheat the 20 billion yuan. and professional level, really deeply shocked people from all walks of life.

Academician Zhang, director of the Science and Technology Committee of Huaxia Aviation Industry Group, discussed with Qin Yuanqing on the spot, but in the end he was defeated, sighing at himself, which shocked everyone.

Academician Zhang served as the chief engineer of the Ministry of Aviation Industry in 1986, and later served as the chief engineer of the Ministry of Aerospace Industry.With the establishment of Huaxia Aviation Industry Corporation, Academician Zhang served as the deputy general manager, and then served as the general manager of Huaxia Aviation Industry Second Group and the chairman of Huaxia Aviation Technology Industry Co., Ltd., who has long been engaged in mechanical vibration, signal processing and aviation. The system engineering work has won 11 national and ministerial awards. It can be said that he has a very great attainment in the field of aerospace.

And Qin Yuanqing, people's first impression of him is a mathematician, the second impression is an expert in the automobile field, and the third impression is a rich man!
They had never heard of Qin Yuanqing's research in the field of aviation and what achievements he had made.

Qin Yuanqing has more than 20 titles, which are basically related to the field of mathematics and automobiles, and none of them are related to the field of aviation.

For example, in the field of mathematics, Qin Yuanqing is the vice chairman of the Huaxia Mathematics Council, the deputy director of the Department of Mathematics and Physics of the Chinese Academy of Sciences, the chairman of the Huaxia Number Theory Association, and the director of the Department of Mathematics of Shuimu University.

In the field of automobiles, Qin Yuanqing is the honorary president of the China Automotive Engineering Society, the vice president of the China Internal Combustion Engine Industry Association, the technical consultant of the Ministry of Industry and Information Technology, the director of the Industrial Engineering Science and Technology Committee of the China Academy of Engineering, the deputy director of the Department of Mechanical and Transportation Engineering, and so on.

As a result, Qin Yuanqing has shown profound attainments in the field of aero-engines, and there is no one on the scene who can't match it. Many people even couldn't understand Qin Yuanqing when he talked about it.

"Academician Qin, I believe that under your leadership, the Aero-Engine Research Institute will achieve impressive results." Academician Zhang sighed: "I am already old, and my creativity is basically gone. The breakthrough of aero-engines still depends on your youth." people!"

Academician Zhang is now 70 years old. There is no creativity at this age, and some only experience. At this age, no matter what field he is in, he will not be able to produce any results.So you can see that many elderly academicians mostly give lectures at schools and participate in various conferences, which can be regarded as exerting their residual heat.

The inauguration of the Mizuki University Aero-Engine Research Institute has caused great repercussions after being reported by the media. If it was anything else, ordinary people would not pay much attention to it, even if it was Mizuki University.

But the director of this newly established aero-engine research institute is Qin Yuanqing, which is completely different.After all, Qin Yuanqing was always in people's sights, and big news broke out from time to time, and people liked it.

Therefore, the news about Qin Yuanqing is always very hot, and there are many viewers who buy it.

Qin Yuanqing, on the other hand, was not interested in the outside news, and he didn't even pay attention to it. He was busy sorting out the affairs of the Aero-Engine Research Institute, not only internally, but also the cooperation with Beihang University and the relationship with the Aero-Engine Group. .

For aero-engines, high-temperature resistance of materials is one thing. He has the formula of the materials in his hands, and he only needs to test them out, and then do experiments.The manufacturing process of the aero-engine is also very important.

Fortunately, after so many years of development, China has already accumulated a good amount of processing, otherwise it would not be able to produce Kunlun engines and Taihang engines.

Since the establishment of the Aero-Engine Research Institute, Qin Yuanqing has basically stayed at the Aero-Engine Research Institute, and has rarely been to the Automobile Research Institute, not necessarily once a week.

And Qin Yuanqing's professionalism quickly convinced all the researchers.

On November 11, Qin Yuanqing held the first technical conference of the Aero Engine Research Institute. The participants were the heads of various laboratories, and the heads of the laboratories were all academicians without exception.

"Everyone, everyone knows the development of my country's aero-engines, so I won't introduce them in detail." Qin Yuanqing said: "Our research institute's first aero-engine will be a fighter aero-engine. I will temporarily name this aero-engine The "Hercules" aero engine will compete with the F119 engine developed by Pratt & Whitney of the United States!"

"Dean Qin, is this too risky?" Academician Liu Baixin frowned and asked.

Everyone originally thought that the development of the research institute would be to undertake some scientific research tasks, such as cooperating with the aero-engine group.

They never expected that Qin Yuanqing would develop a new engine, which was created from scratch.

Everyone in the industry knows how long it takes for an aero-engine to be developed from the beginning, because it involves various aspects, such as the research and development materials of the Kunlun engine. The design and data materials are too huge, so huge that it is impossible for anyone to understand them all. The details of some parts are not even clear to the person in charge, and a special person has to be asked to inquire.

The research and development of an aero-engine involves a large number of people, not to mention the current research and development personnel, even if the number is increased by ten times, it will be enough.

"Everyone, I am definitely not joking. The establishment of this aviation engine research institute is not a joke, it is serious!" Qin Yuan said with a light smile: "I know everyone will think it is impossible, it is too difficult! But believe me, it is not that difficult .”

Qin Yuanqing looked at the crowd and saw everyone frowning. He felt amused in his heart. If there was no system, he would not dare to attack the aero-engine.

But now, he has a complete set of F119 materials in his mind, which is the biggest cheating tool. It is precisely because of this complete set of materials that Qin Yuanqing directly became an expert in the field of aero-engines, with profound attainments.

Qin Yuanqing looked at Academician Liu Baixin: "This F119 high temperature resistant material needs to reach 1850-1900 ℃."

Academician Liu Baixin frowned upon hearing this. He is a material scientist and is now 76 years old. It can be said that he has developed along with the development of Huaxia materials science. He knows the situation of Huaxia materials well. ℃ is simply out of reach for China today, even if it develops for another ten years, it will be difficult to achieve.

Even if the material is the same element, but the content of the element and the order of addition are different, the result will be quite different.

This is like charcoal and diamonds, both of which are carbon elements in essence, but because of the different arrangement, the result is very different.

As for the research of materials, there is no shortcut to scientific research. It is completely necessary to study step by step and keep trying to get what you want.

There is a saying in materials science that research is based on luck. If you are lucky, you will get results if you try it. If you are not lucky, you may not get the desired results after ten or twenty years.

For example, alloy materials that are very popular now, such as aluminum alloys, titanium alloys, etc., are known to be alloys, but the proportions and the order of addition are all very profound knowledge. If one link goes wrong, that is a huge difference.However, when researching alloys in various countries, the proportions are often not indicated.

High-temperature alloy materials have never been interrupted in the field of aero-engine research. For example, Fushun Special Steel, Great Wall Special Steel, Baosteel Special Steel, etc., which are already well-known today, have made continuous breakthroughs, but they still need to be used in aero-engines. There is great difficulty.

Because aeroengines are different from aerospace engines, aerospace engines have a short service life, and relatively little consideration is given to them.However, an aero engine needs to be used for thousands of hours or even tens of thousands of hours, and it needs to run stably and safely.

Therefore, the technical content of aero-engines has always been higher than that of aerospace engines, which is basically recognized.

Today, the temperature of high-temperature-resistant materials used in aero-engines is almost 1200°C, and there is still hope to achieve 1300°C with further efforts, but it is still very far away from the 1850°C-1900°C mentioned by Qin Yuanqing.

　Recommended by the editor-in-chief, this recommendation is said to be very good!Thank you for your support, I will update more!
　　The donkeys of the production team also need to eat grass!
　　


(End of this chapter)