Madam, As Much As You Want

Chapter 148 High-energy catalyst! General solution of heat-resistant materials!

Inside the Julong High Energy Research Institute on Changjiang Road, Jinling City.

A large number of researchers from all over the country are listening to Chen Chong's explanation in the conference room.

At this time, Chen Chong was using holographic projection technology to project various solutions to material difficulties, and at the same time, he was writing and drawing with his hands on the holographic projection panel.

"We want to study the metal hydrogen aero-engine, the first problem to be solved, and the biggest difficulty...  

"It's a high temperature resistant material! 99

"And not only can this material be realized in the laboratory, it has to be mass-produced! 25

"Otherwise, the research on aero-engines will not be of much help.

As Chen Chong spoke, he wrote a high-energy chemical formula on the holographic projection panel.

This formula alone made Chen Chong spend 10 billion to buy it!

The essence of this public "seven-nine-zero" formula is a catalyst for high-energy and heat-resistant materials.

This catalyst has only one purpose, and it is also the general solution of the high-energy and heat-resistant materials that countless Dongguo researchers have been trying to study for many years!

As long as this catalyst is added to the material, the melting point of the material can be greatly increased.

Chen Chong looked at the researchers present and said:

"This high-energy chemical formula is the general solution I brought to Dongguo Heat-resistant Materials Science!"

"The formula isn't complicated, it's even simple!"

"Among all of you present, as long as you are engaged in polymer chemistry research, you can understand what I wrote!

"Material science is actually not a real science until now!

"Of course, that's just what I think!"

"Because it's not entirely theoretical yet."

"A lot of things depend on experience.

"For example, I just went to the laboratory of the C919 composite material department today, and the person in charge said that this thing is not the same as doing science. 95

"The project is to spend money, otherwise it will not be possible to produce results at all."

"C919's composite materials account for no more than 20%, and most of them are not key components. The cost of making Z-Pin a year is more than 10 million!"

“This is just a point of reinforcement of composite materials, one can imagine what the current state of materials science is like!39

"Real materials science cannot only rely on experience and aimless trial and error to achieve results!

"Most researchers who study materials now do not know much about advanced physics and polymer chemistry!

"However, in order to make breakthroughs in materials science, we must rely on a large amount of knowledge in these two disciplines!"9

"Many times, researchers in materials science, research for the purpose of studying this material!""

"It's really just the research material itself!"

"Never consider other more suitable and superior performance alternatives! 35

"It's like a catalyst!"

"Now, I will give you the general explanation of this high temperature resistant material catalyst!

"You can now directly work on this catalyst!"

Following Chen Chong's explanation, some polymer chemistry researchers who had already understood the formula said:

"Master Chen, how effective is this catalyst?"

"Does it simply increase the heat resistance of the material, or does it change part of the stress resistance of the material?"

Chen Chong smiled and said:

"You think too much about this! 39

"The reason why I call this catalyst formula a general solution for heat-resistant materials, then its effectiveness must be very unexpected!

"In general, high temperature resistant materials require materials to maintain their mechanical properties under high temperature conditions without loss of structural materials.

"But also consider whether the material is required to work under high temperature conditions for a long time."

"Only if it can work under high temperature conditions for a long time, and the molecular structure of the material is not lost, it is the real high temperature resistant material!

"For example, the Yangtze A1000 engine currently used in China can work at a high temperature of 1,600 degrees Celsius.

"But in fact, the working hours are not long, and 1,600 degrees Celsius is still too low!

"The temperature at which hydrogen burns in oxygen can reach 3,000 degrees Celsius!!

"Metallic hydrogen is not a metal, but a special form of hydrogen under extremely high pressure!

"Because of the enormous pressure applied during the manufacturing process, it's all stored in atomic bonds!

"So, when the metal hydrogen burns, the temperature will be far more than 3,000 degrees Celsius!

"The metal hydrogen of the same mass is more than thirty times more powerful than TNT!""

"The thrust that can be generated is extremely terrifying!"

"Taking the current gasoline as an example, the energy released when the metal hydrogen of the same mass is burned is the sum of the energy that can be produced by dozens of tons of gasoline!"5

"If you can find a way to suppress the activity of metal hydrogen, the period will slowly release its own energy in stages! 39

"It can be used as engine fuel!"

"If metal hydrogen is used as fuel in a car, a few grams of metal hydrogen can achieve the combustion thrust of a tank of gasoline! 99

"This could drastically change the construction of the car and make it more advanced!"

Having said that, Chen Chong changed the subject, turned back to the topic, looked at the researcher who just asked the question, and said:

"The high-energy catalyst I provided can greatly increase the melting point of materials!"

"For example, the melting point of iron is fifteen hundred and thirty-eight degrees..."

"If you add this catalyst to iron, you can raise its melting point to 3,500 degrees Celsius!

"If the purity of the catalyst is high enough, it can be even higher! 99

When Chen Chong said this, the audience was shocked.

"What Master Chen said is true?!

"If the effect of this catalyst is really so good, then the material problem is really solved!

"Tantalum carbide and zirconium carbide have the highest melting points in binary compounds!"

"3983 degrees Celsius and 3928 degrees Celsius respectively!

"If you add Master Chen's catalyst to these materials...

"Can't it make its melting point reach five or six thousand degrees Celsius?"

"This is really exaggerated!

"The 4422 alloy developed by General Motors in the United States has only increased the melting point by more than 100 degrees Celsius!

"But even at over 100 degrees Celsius, our East Country has never been able to break through!"

"Even if the materials are not upgraded, just add Chief Chen's catalyst to the materials of the Changjiang A15.4000 engine!

"You can easily increase the melting point to 3,000 degrees Celsius or more!"

"If there is this material...'

"The aero-engine technology of our East Country will soon catch up with the United States!

"No wonder Master Chen said that this catalyst is a general solution for heat-resistant materials! 99

"so amazing!"

"I ask to study this catalyst!

Chen Chong smiled and said:

"The purpose of our gathering this time is not to catch up with the aero-engine technology of the United States!

"I said at the beginning that it was to develop a metal-hydrogen aero-engine, and to advance the development of aero-engines to the point where the United States could not study it in a hundred years at one time!

"That's my goal! 99

"Instead of simply catching up with American technology!"