He somewhat understood Luo Dayong.

…

at the same time.

The Metal Laboratory reported the results again to the Materials Science Department of the Natural Science Foundation.

After the Materials Science Department received the report, they initially thought it was a repeated report. After an expert glanced at it, they immediately called the Metal Laboratory and confirmed that it was a new development in research and development.

However, this new development is too exaggerated, and the speed is too fast!

The result reported last Monday was that a titanium alloy with a tensile strength of 1410 MPa was produced. Just a week later, a report was made stating that a titanium alloy with a tensile strength of 1560 MPa was produced?

1410 MPa, which has reached the standard of 'ultra-high-strength titanium alloy'. Normally, if the strength value increases by ten points, it can be regarded as a research breakthrough. A direct increase of 150 points can be described as 'incredible'.

.

No.

It’s ‘can’t believe it’!

Several permanent experts from the Materials Science Department gathered together and immediately decided to notify other top experts to form a review team and go to the metal laboratory to see what the specific situation was.

The Materials Science Department of the Natural Science Foundation has a team of up to 200 review experts for key projects, most of which are scattered in various universities and research and development institutions. The top ones include 21 academicians of the Academy of Sciences and the Academy of Engineering, but most of them are

In name only, only results that cannot be judged and are controversial will be touched.

Now it's close to 'unable to judge'.

The Materials Science Department found Cao Dongming, one of the country's leading authoritative experts in the field of titanium alloys.

Cao Dongming is a researcher at the Aeronautical Research Institute, a doctoral supervisor, and the chief technical expert of titanium alloy material technology of the Aviation Group.

Over the past two decades, Cao Dongming has led his team to innovate independently, completing 11 national key projects and completing countless titanium alloy application results. He has created an aerospace titanium alloy material system that is in line with the domestic situation.

He has won numerous awards, including first and second prizes for scientific and technological progress, first and second prizes for scientific and technological achievements, first and second prizes for national defense prevention research, etc.

Cao Dongming has countless honors and is considered the first person in the field of titanium alloy research and development in China.

When Cao Dongming heard that the Metal Laboratory of Western Jiaotong University had completed the research and development of ultra-high-strength titanium alloys, and the finished product manufactured by conventional methods had a tensile strength of up to 1560 MPa, he was immediately shocked.

At the same time, I am also very curious.

He immediately decided to leave for Xijing Jiaotong University to see what the research in the metal laboratory was like.

Cao Dongming is very fast, much faster than other experts who are coming.

At noon on Wednesday, he arrived at Xijing Jiaotong University with only one student, and went straight to the metal laboratory without saying hello in advance.

Peng Hui knew that an expert team would come from the Materials Science Department, but he did not expect that it would be Cao Dongming who would come, and it would come so quickly. The reception was a little rushed, so he had to take Cao Dongming to the office first.

Cao Dongming didn't care about hospitality or anything like that. He was more concerned about the research results and immediately asked about relevant matters.

Peng Hui took out a piece of shiny alloy from the box under the bookshelf, "This is the finished product. We have tested it in detail and the tensile strength at room temperature exceeds 1560 MPa."

"The yield strength is 1530 MPa, the shear strength is 1010 MPa, and the elongation is between 7.5% and 8.3%..."

He mentioned some other data.

Cao Dongming walked closer and touched the surface of the alloy with his hand, "The color should be brighter, and the aluminum content should be high, right? Professor Peng, can you tell us about the specific process? I heard from the Institute of Materials Science and Technology that the report you submitted last week was anti-resistant.

The tensile strength is 1410 MPa. Is the test wrong? Or is it because a new alloy was made."

The production of titanium alloy with a tensile strength of 1410 MPa by conventional means is also a very good result, but it does not surprise Cao Dongming. At most, when the research needs to improve the strength of titanium alloy, the manufacturing process will be used as a basis.

refer to.

The titanium alloy with a tensile strength of 1560 MPa can be said to have a qualitative breakthrough in strength, and the degree of attention is completely different.

Peng Hui said, "We have improved the manufacturing process and also controlled some processes, such as temperature adjustment during the smelting process, cooling process methods, etc. Because we need to increase the temperature faster, we have also used some other means..."

Cao Dongming listened to the constant nodding and asked curiously, "How do you know? That can help improve the strength of the final product."

Peng Hui hesitated for a moment, then explained, "I have an old friend, Xia Guobin, who introduced me to Wang Hao from Xihai University. Wang Hao, you know, right? He is the one who is often in the news, a mathematical genius."

"I've heard of Mersenne prime numbers." Cao Dongming nodded.

"Yes! That's him."

Peng Hui continued, "Professor Wang Hao is not only doing mathematical theoretical research, he is also a top data mining expert, helping us analyze the experimental data and draw some conclusions. We will improve the processes and processes based on the conclusions.

"

"Professor Wang Hao has made a great contribution to the completion of this research. I also ranked Wang Hao second on the list of people who reported the results this time."

The second place is already the highest.

Peng Hui is the applicant and person in charge of the project, so he must be ranked first. No matter how great the contributions of others are, they can only be ranked second.

Cao Dongming was a little confused when he heard this. He thought about it carefully and said strangely, "I remember that last week, I saw Wang Hao in the investigation report on the interruption of a titanium alloy project of the Aviation Group. He was doing data work.

, but it seems that he does not understand materials science and did not find the error in the reported experimental data. How..."

"Are you sure you're not mistaken?"

"Is it Wang Hao, who got a doctorate from Donggang University and was fired from Donggang University?"

Peng Hui actually laughed and said with great certainty, "It's that Wang Hao!"

"Professor Cao, you don't have to doubt it. There was such a big fuss some time ago, and you should have heard about Donggang's dismissal of Wang Hao, right?"

Cao Dongming nodded as he listened.

"Donggang University did not investigate carefully before dismissing its faculty and staff. This kind of thing can be done. The report submitted pinned the problem on Wang Hao. What's the big deal?"

"The projects at Donggang Alloy Laboratory have been interrupted, who cares about that?"

"Right."

Cao Dongming thought for a moment that this was indeed the case, and he suddenly became more interested in Wang Hao's analysis work. "Professor Peng, can you take a look at the data analysis report? I want to go through the entire R&D and manufacturing process.

"

"Of course, no problem, please come this way."

Peng Hui said and took the lead towards the data analysis office.
Chapter completed!