Chapter 1287: Projects Have No Hierarchy

After scanning his face and entering his fingerprints, Gu Qing walked into the laboratory without any presence, and then began to change clothes and disinfect.

"Be careful. This equipment uses special liquid crystal polymers and carbon nanotubes as core materials. It is resistant to ultra-high temperatures, corrosion, pressure, and wear. It is more effective than before when used under dangerous, high-temperature, and high-pressure conditions. Three are good.

But there is only one of these things, and the Titan Star Department does not have a third one. "

"There are errors in the thermodynamic data of the alloy phase diagram. For the corresponding phase diagram, we need to use metals according to the theory, choose the ratio, how much temperature to heat to, what atmosphere, air pressure, how to control the cooling speed during the cooling process, whether tempering is needed, etc. process.

When you figure it out, consider applying for equipment from me. "

"Professor Zhang, there is something wrong with the ratio of this high-temperature alloy. I have run it with supercomputer and Lingjing Ecological Laboratory, but it still cannot reach the stability level at standard speed. This is different from the report data you submitted."

Gu Qing watched a professor with gray temples being "taught" by a young man, but his expression did not change at all.

Professor Zhang also took the document from the young man with a look of emotion and said: "Superalloys are indeed a data that cannot be wrong. As a key strategic material for aero engines, we in Daxia have not yet been able to fully localize it.

Meeting the working temperature requirements through material upgrading is the essential means to improve the engine's thrust-to-weight ratio. Our high-temperature alloy is one of the core bottlenecks that determine engine performance. It is also the main material for our vector engine nozzle material. I will go and re- Proportion of metal raw materials such as nickel, cobalt, molybdenum and rhenium.

After the alloy is successfully smelted in the experiment, it will be delivered to the smart manufacturing factory in the Titan community for testing. If it passes the test, it will be taken over. "

The young man did not comment on the professor's idea, but patiently reminded him: "The high-temperature alloy we developed uses iron, nickel, and cobalt as matrix elements. It is not only required to be resistant to oxidation or corrosion in high-temperature environments above 1000°C. , a type of metal material that can work for a long time under certain stress.

It plays an extremely important role in the military and scientific research fields, and at the same time it must have good comprehensive properties, such as creep properties, fatigue properties, fracture toughness, organizational stability, process performance, etc.

Our vector engine sprinklers, turbine blades, turbine discs, combustion chambers, compressor discs, casings, and rings are all waiting for its successful upgrade. Strategic industrial sectors such as the aerospace sector and energy sector are also waiting for this project. Key strategic material.

If your project team fails to pass the acceptance inspection in the past two months, Tiangong will definitely start the review process, and then the project team will not be so free in its direction. "

After hearing the young man's reminder, Professor Zhang, whose honors could be hung all over the wall, pursed his lips, nodded in approval and said: "I know that other project teams will realign their resources when they are finished to take care of us who are running slowly.

Lao Litou and his team's design project is probably at some stage of success. I'll go back and teach them first. There are still many ranges above 1000°C, and they may not understand the compatibility of certain materials. "

After Professor Zhang finished speaking, he stood up and walked out.

However, the old gentleman only took a few steps, turned a corner, and walked out of the isolation room to find Gu Qing who was undergoing the second disinfection.

Gu Qing also discovered the old professor. He looked at the information in the professor's hand and smiled: "Teacher Zhang, are there any new results?"

Professor Zhang shook his head: "No matter how simple it is, there are new results. I didn't even bring students with me, I just came here to be scolded."

"oh?"

Gu Qing raised his eyebrows. The SR1 glasses showed the projects led by the professor and the latest progress in a timely manner.

After glancing at the content, the founder of Jiuzhou Technology took the initiative to comfort him: "Superalloys are indeed a special subject with a narrow project space but extensive classification knowledge. If I remember correctly, you used to lead the nickel-based superalloys and iron-based superalloys.

However, this time the team you lead has to tackle not only deformed superalloys, but also cast superalloys and new superalloys, a total of three projects.

It is also because our company currently does not have so many resources to invest in your project team. As an academician, it is indeed difficult for you to tackle these three major projects with more than 40 PhDs and more than 100 masters.

Moreover, the computing power that the company can provide recently is not enough. The semiconductor department and software engineering department are stepping up the research and development of new supercomputers. With the next phase of funding for the 'Eastern Digital and Western Computing' project in place, our company can also start building the next supercomputing center. . "

Looking at the academician's gray hair, Gu Qing not only comforted him, but also eased his burden and said: "Your workload is too heavy. I will ask the human resources department to find a way to recruit a few more experts in the field.

But you also know that our project has a high level of confidentiality and the recruitment process is cumbersome. We may not be able to assemble a team that can satisfy you in a short period of time, so please bear with us.

If your project team has other equipment needs, just report it and the company will try its best to meet it. If it cannot be met, the equipment R&D department will step up the project. "

When Professor Zhang heard that Gu Qing still called him an academician, he said with emotion: "I am no longer an academician, but now I am an employee of the company, holding the title of professor of Xishu University.

Since the first furnace of high-temperature alloy GH3030 in Daxia was successfully tested in the middle of the last century, the research, production and application of high-temperature alloys have gone through more than 60 years of development.

From scratch, from imitation to independent innovation, the temperature resistance of alloys has increased from low to high, advanced technology has been applied, new materials have been developed, production technology has been continuously improved and product quality has been continuously improved. We old people have long been eliminated.

I have already cherished the opportunity for you to give this old man, an old man, to continue to work in the industry.

I plan to go back and give those guys a good beating. "

"Well, take your time. Anyway, as long as you need it, you can report it at any time, or reflect it to AI Tiangong."

Watching the industry veteran disappear from sight, Gu Qing retracted his gaze.

The ultra-high temperature alloy project is actually a thankless special project.

It is very important. It is not only a must-have material for high-tech integrated products at the forefront, but also a high-replacement consumable at the back end. In a few decades, the technology of ultra-high temperature alloys cannot be easily replaced.

It's just that this thing is like opening up a territory in the New World. Pioneers have countless ratio combinations to choose from, and they can easily create a new alloy. And the latecomers are facing fewer and fewer available ratios, higher and higher processes, and larger investments, but less and less output.