My Life Simulator

After returning from the capital, Lu Li got into the laboratory again.

The goal of Lu Li's ongoing research is materials research. Materials, to a large extent restrict the development of industry, but also restrict the development of science and technology.

In the controllable nuclear fusion technology, this point is more obvious. Without room temperature superconducting materials, controllable nuclear fusion lacks superconducting magnetic coils. Without high temperature materials, it is impossible to make high temperature shells for controlled nuclear fusion.

Why does the current controllable nuclear fusion only run for a hundred seconds at most? It is because after this time, the shell of the reactor will be burned through by the high temperature plasma.

Solving the material problem first is the premise for realizing controllable nuclear fusion.

The material laboratory of Baoshan base has been fully prepared, all kinds of equipment have been installed, and the raw materials have been prepared.

Lu Li started the experiment.

In fact, this is another "fill-in-the-blank question" for which the answer is known in advance. For high temperature resistant materials, Lu Li had already obtained the formula from the Refuge, but now he just remade it in the laboratory.

Tantalum carbide amorphous metal glass body, which is the alloy formula of high temperature resistant materials.

In reality, tantalum carbide has actually been researched, and it has been found that the melting point of tantalum carbide is close to 4,000 degrees Celsius, which is the strongest high-temperature resistant material known so far.

However, they have not been able to research the amorphous metal glass body of tantalum carbide, and have not been able to find this super high temperature resistant material that can withstand high temperatures of 5,000 degrees.

The amorphous metal glass body of tantalum carbide is not only resistant to high temperature, but also ten times stronger than steel. High-temperature casings for fusion reactors and magneto-hydrodynamic generators for high-temperature plasma power generation are all suitable.

Of course, the use of tantalum carbide amorphous metallic glass bodies is not limited to fusion reactors. If it is used in aircraft engines, it can solve the problems of insufficient service life and insufficient thrust-to-weight ratio of domestic engines.

In the materials laboratory, Lu Li pretended to conduct research on tantalum carbide.

The correct answer has been known for a long time, but the correct answer cannot be found directly at one time. Instead, after many tests, the amorphous metal glass body of tantalum carbide was "accidentally" discovered.

After a week of experiments, Lu Li changed tantalum carbide into eighteen poses, and finally discovered the amorphous metal glass body of tantalum carbide by "accidental".

A tantalum carbide amorphous metal glass body was prepared, and Lu Li conducted a detailed performance test on it.

The experimental data show that the amorphous metal glass body of tantalum carbide can maintain its physical state for a long time at a high temperature of 5,000 degrees, and the yield strength of the material is more than ten times that of steel.

"The experiment was successful!"

Lu Li deliberately cheered.

"The experiment was successful? Professor Lu, what did you research?"

Hearing Lu Li's cheers, Assistant Tian ran up and asked with joy.

"This is it!"

Lu Li picked up a piece of silver-gray metal the size of a palm with his pliers, and Assistant Asada shook it, "Opening the dawn of the nuclear fusion era."

That's it?

Assistant Tian saw that this piece of metal did not look like metal, and glass did not look like glass. He didn't understand the importance of this thing at all.

Of course, what Professor Lu has researched is not something I can evaluate.

Assistant Tian hurriedly congratulated Lu Li, "Congratulations. Professor Lu, you have achieved another major scientific research achievement."

"okay!"

Assistant Lu Li Chaotian waved his hand, turned around and walked to the office area, sat in front of the computer, and began to write papers and experimental reports.

"Amorphous metallic glass body of tantalum carbide - a super high temperature resistant material."

In this paper, Lu Li described the laboratory preparation process of the new material in detail, recorded all the experimental steps and experimental data, and also attached the performance test data of the new material.

Of course, this paper is for "home" use, and Lu Li will send this material together with the sample to Assistant Tian to the Institute of Materials Science, Chinese Academy of Sciences.

Then, Lu Li concocted another paper for public publication.

In the published papers, there is naturally no experimental process, no experimental data, not even the material name, only the performance description and performance testing data of the new material.

"Old Tian, ​​send this material and sample to the Institute of Materials Science, Chinese Academy of Sciences."

Lu Li handed over the samples and technical data to Assistant Tian.

"Yes!"

Assistant Tian reached out to take it and hurried out of the laboratory.

"With this material, I think the leader's confidence in my ability to develop controllable nuclear fusion can be improved a little bit!"

Lu Li smiled and uploaded the paper for public publication directly to the academic website.

With Lu Li's current academic prestige and academic achievements, his papers immediately attracted the attention of countless people.

After the paper was posted on the academic website, countless researchers from all over the world opened up Lu Li's article and studied it carefully.

Then……

"A super high temperature resistant material? What the hell is this? How did Professor Lu study basic materials?"

"The world's top genetic bioscientist is actually engaged in material science research? It's inexplicable!"

"Professor Lu, have you been kidnapped? Or was your account hacked?"

"Don't talk nonsense! Who said that Professor Lu can't study materials science? From this paper, Professor Lu has developed a material that can withstand high temperatures of 5,000 degrees. This is a major scientific research achievement."

"Indeed! Why do you people who do theoretical research look down on applied scientific research? This is a major breakthrough in materials science and has extremely high practical value."

"It's not that I look down on applied scientific research, nor do I look down on materials science research, but... It's a bit weird for a top scientist like Professor Lu to study materials science like a top chef bakes bread."

"Haha! I feel the same way when you say that."

In the international scientific community, the new material research results released by Lu Li did not cause as much sensation as the previous research results.

Compared with the cutting-edge scientific and technological research that leads the times and creates the future, the research results of a certain material in this specific application are naturally less influential.

But...in materials science and engineering, Lu Li's new material still caused a shock.

Super high temperature resistant materials have huge application prospects in many devices that need to work in high temperature environments.

For example, an airplane engine!

As we all know, my country's aircraft has always had the problem of "heart disease". Even the most advanced J-20 stealth fighter has engine shortcomings.

The reason why this problem occurs, the reason why there is a short board of the engine, the key is the material.

The working environment of turbofan engines is very harsh, with high temperature, high pressure and high impact, which requires materials with high temperature resistance and high yield strength.

On this issue, Lao Maozi's technology is not enough. Although the power has increased, the service life of the engine is only one third of that of the Eagle sauce engine.

Now, Lu Li has developed a brand-new high-temperature-resistant and high-strength metal material, which will definitely bring a huge leap to Huaguo's aero-engine technology.

So...some people on the other side of the Pacific Ocean don't like Lu Li's new material.

If others don't like it, we will be miserable ourselves!

Institute of Materials Science, Chinese Academy of Sciences.

After receiving the technical information transferred from the intranet, the academicians of the Institute of Materials Science lit up one by one.

"Five thousand degrees high temperature resistance? The yield strength is ten times that of steel? There is such a material?"

"Isn't Professor Lu a genetic biology scientist? How did you start material research? And it's amazing that such a powerful material can be researched!"

"Quickly verify! Quickly verify! One group is responsible for repeating Professor Lu's experiments and preparing new materials. The second group is responsible for testing the performance of the samples provided by Professor Lu."

The academicians of the Institute of Materials Science and Engineering of the Chinese Academy of Sciences brought their experimental assistants and students to verify and test Lu Li's new material technology.

Soon after, both groups completed technical validation.

"The repeated experiments were completed, and new materials were successfully prepared!"

"The sample test data is correct, and all performance indicators are completely consistent."

"Technical verification passed!"

The academicians of the Institute of Materials were surprised and delighted one by one.

Great! Great!

With this high-temperature-resistant, high-strength material, our aero-engines no longer have shortcomings.

In addition, this new material also has broad application prospects in other environments that require high temperature resistance.

The verification conclusion of the Institute of Materials of the Chinese Academy of Sciences was soon reported to the State Science and Technology Commission, and also to the Military Equipment Department, the Ministry of Aviation Industry, the Ministry of Aerospace Industry...

In less than half an hour, aerospace-related companies and research institutes have received performance indicators of new materials.

"Damn it! It can withstand 5,000 degrees of high temperature? It is ten times stronger than steel? Where is this material? Give me ten tons... no, one hundred tons!"

It is precisely because the research and development of turbofan 15 is in a bottleneck, and the boss of a certain factory, who has been unable to break through for a long time, is in a state of turmoil. After seeing this report, he was suddenly surprised and happy.

Such a scene also occurs in various aerospace companies and research institutes, all of which are pulling their necks for materials.

The Special Materials Manufacturing Center of the Equipment Department will immediately organize mass production of new materials according to the technical data provided by Lu Li.

It is foreseeable that this new material will be widely used whether it is aircraft, rockets, missiles, or space capsules and space stations.

...

The chief also received a report and learned that Lu Li had developed a new material.

In the reports of all parties, the application of this new material is concentrated in the application of aircraft engines, rocket engines, and aerospace engineering.

The chief frowned slightly, feeling that... this new material is not that simple.

Lu Li said with confidence that if controllable nuclear fusion is achieved within a year, he will not turn around and study aerospace engine materials, right?

Although this new material also has great strategic significance in aerospace, but... it is far less valuable than nuclear fusion.

"Let them analyze the application direction of this new material in detail, write in detail, and take a long-term view."

The chief instructed Secretary Gao: "After writing it, show it to me."

"Yes!"

Secretary Gao quickly took the order, emphatically reminding "Write in detail and take a long-term view".

After receiving this task, they immediately organized personnel to analyze and discuss the application direction of new materials, and focus on the future application direction.

This is not a problem at all. It is very easy to write the application direction of the new material, and the writing is very detailed and specific.

A few hours later, the chief received the analysis of the application direction of the new material, which clearly stated... It can be used to manufacture high temperature resistant shells of nuclear fusion reactors, and to manufacture magnetofluidic generators in high temperature plasma environments.

"Sure enough! Sure enough! Professor Lu's research on new materials is for controlled nuclear fusion!"

Seeing that the new material could be used in nuclear fusion reactors, the chief's eyes flashed with light, and the smile on his face could not be concealed.

Professor Lu is really talented!

The state-owned talents are the blessings of the society.

If controllable nuclear fusion can really be achieved, it is really... God bless China!

Putting down the analysis report in his hand, the chief walked to the window, opened the curtains, and looked into the distance.

The trees outside the window are lush and green, and the sky is turbulent.

"It is going to rain!"

The chief looked at the stormy sky with a smile on his face, "Let the storm come more violently!"

...

"News from this station: Professor Lu Li, a famous scientist in my country, has made a major breakthrough in materials science and has developed a world-leading high-temperature alloy material."

"The success of this technology will greatly promote the development of my country's aerospace industry, and new materials will be widely used in the development and manufacture of aerospace engines."

After the news was released, countless military fans cheered.

The brand-new aero-engine is about to be installed, the short board of the fighter's engine will no longer exist, and the performance of the fighter will increase sharply.

It's just... In addition to military fans, there are more netizens expressing "dissatisfaction" with Lu Li.

Professor Lu, if you don't hurry to put the virtual reality technology into practice, what kind of material research are you going to do?

Although this technology is also very strategic, but... we want to enjoy island art films on the virtual network!

The next moment, another piece of news related to Lu Li completely ignited the entire Internet.

"News from this station: At 9:00 this morning, the Ministry of Information Industry of the People's Republic of China held a technical seminar in Beijing to discuss the development of a new generation of Internet based on the virtual reality technology developed by Professor Lu Li."

"It is reported that the Ministry of Information Industry will set up a National Virtual Network Group Company based on telecommunications, mobile and Unicom, and fully develop a new generation of virtual network applications based on virtual reality technology."

As soon as this news was released, the entire network immediately "fucked up"!

"Happy Da Puben! The virtual era has come!"

"A precious resource of T treasured in my computer can finally come in handy."

"Professor Lu is awesome! Professor Lu is awesome! Professor Lu is awesome! Important things have to be said three times!"

"Virtual network... It's good or not, I'm afraid my body can't stand it!"