Chapter 477: Materials research can also reach the pinnacle of the world

The material of cemented carbide armor is very strong.
In the plot of the radiation wasteland, the protective power of the power armor can be described as abnormal. Not only can it ignore the attacks of ordinary light weapons, but even RPG rockets cannot blow up.
The key to such a strong protection is the strong hard alloy armor plate.
There are several new materials used in power armor.
One is the support member and transmission mechanism used to support the entire power armor, which is the exoskeleton structure inside the armor. Here is a carbon nanotube composite material.
The second is the power armor lining material. Here, supramolecular polymerized ethylene fibers are used, filled with aerogel, to form a soft protective lining.
The third type is the hard alloy armor plate of power armor. This layer of rigid protective armor plate is an extension of the same material as the previous high-temperature alloy.
The material of the hard alloy armor plate is titanium chromium tantalum carbide alloy, which is also developed from the tantalum carbide material.
In addition to these main component materials, electronic components such as the power armor control system are made of graphene materials.
Among these materials, carbon nanotube composites, supramolecular polyethylene fibers and aerogels are all materials that have mature production processes in reality and can be mass-produced.
Cemented carbide armor plate titanium chromium tantalum carbide alloy, which is not in reality.
Graphene...this thing has been researched. However, the production process for large-scale preparation of graphene has not been studied, and the price of graphene is now more expensive than gold.
This time, first take out the material technology of the cemented carbide armor plate and the mass production process of graphene, and by the way, also get the design drawings of the power armor.
In the next time, Lu Li continued to conduct materials science research in the laboratory.
The cemented carbide armor material is also an extension of the tantalum carbide alloy. Lu Li just pretended to study for a few days before he came up with the finished product.
Still an old routine, the detailed preparation process and material performance test report of the titanium-chromium-tantalum carbide alloy were sent to the Institute of Materials Research, Chinese Academy of Sciences along with the same sample.
After that, Lu Li concocted another material science paper and put it on the academic website.
"A new type of alloy material with high hardness and strength."
After this paper was posted on the academic network, it was still received by countless people
"Well, Professor Lu is obsessed with materials research."
"As a researcher in materials science, I have to stand up and say something. This is another major scientific achievement. It has a hardness close to that of a diamond, strong toughness, and lighter weight than steel, which is incredible."
"Professor Lu is a man who is good at creating miracles, no matter what he studies."
As a brand new alloy material with high hardness, high strength, high toughness, and lighter than steel, the application prospect is very huge, especially in military applications.
Aircraft, tanks, warships, spacecraft, and even body armor... the value of this material is too great.
For this, the Institute of Materials Research, Chinese Academy of Sciences has a very deep feeling.
"I have to say, this world is genius!"
Seeing the titanium-chromium-tantalum carbide alloy developed by Lu Li, the academicians of the Institute of Materials Research of the Chinese Academy of Sciences were both surprised and ashamed.
We specialize in materials science. Professor Lu is in genetic biology. Materials science is not his specialty.
However... we have studied for so many years, and although we have achieved a lot of results, it is far behind Professor Lu.
Whether it is a high temperature resistant material or a cemented carbide material, any one of them is a great achievement that others can hardly reach in their lifetime.
Such results... How long did it take Professor Lu? Less than a month!
The world of genius cannot be understood by ordinary people.
"Amazing!"
The old academician sighed and waved to everyone, "Hand in the technical verification report! With the emergence of this new material, our armor protection capabilities will be so strong that the enemy will despair!"
Subsequently, the new cemented carbide armor material was quickly submitted to the National Science and Technology Commission and also notified to the Military Equipment Department.
Seeing this new material performance test report, the technicians of the equipment department couldn't close their mouths with a smile.
The hardness is comparable to diamond, the strength and toughness are more than ten times that of steel, and the weight is one-third lighter than steel. Is there a more suitable armor material?
Tanks, armored vehicles, helicopters, fighter jets, and warship decks can all be madly stacked! Stack the thickest armor!
In addition, when used in bulletproof vests, the protective ability is terribly strong. Putting on a body armor made of titanium chromium carbide tantalum carbide alloy, as long as it is cushioned with a soft material, the sniper rifle will not be killed.
"Professor Lu is simply a lucky star of our military!"
The military chief smiled.
The virtual reality technology developed by Lu Li can carry out large-scale actual combat training in the entire army. The high temperature resistant materials developed by Lu Li can solve the shortcomings of the engine. The cemented carbide armor developed by Lu Li can increase the protection capabilities of aircraft, tanks and warships.
However... more surprises are yet to come.
A week later, Lu Li released another new material science research result.
"Graphene large-scale preparation process."
As soon as this paper was published, a single stone stirred up waves, and the whole world was shocked.
The significance of graphene is not just a new material.
Graphene is called "black gold", "king of new materials".
Graphene has a wide range of application prospects in electronic technology, sensor technology, optoelectronic technology, medicine, engineering...every field you can imagine.
In terms of material strength alone, the strength of graphene is one hundred times that of steel!
Once large-scale production can be achieved, it can completely replace the existing steel, aluminum alloy and other materials.
In electronic technology, the performance of graphene chips far exceeds that of silicon-based chips.
This is a "king of new materials" that can eliminate countless materials and bring about a technological revolution!
"My God! Professor Lu has also reached the pinnacle of the world in materials science!"
"The world's top genetic and biological scientist, the world's top materials engineering scientist. Is Professor Lu the son of God?"
"Graphene large-scale preparation process, this is a great invention that changed the world!"
The emergence of large-scale preparation of graphene has opened a new chapter in the application of materials.
The world is shaking! China is happy for it!
"Professor Lu is awesome!"
"Professor Lu, who is not talented, just passed the time and developed a large-scale preparation technology of graphene, opening a new chapter in the application of materials."
"Forcing the king to be strong, terrifying!"
"Professor Lu: Who is saying that I am not doing my job properly? Even if I spend the time studying materials science, I can set foot on the top of the world!"
"The king of new materials? Sorry, Professor Lu just casually researched to pass the time!"
"Material scientists all over the world bowed their heads silently and wept bitterly. We have studied for decades and spent countless energy and costs. It is better than Professor Lu to play casually!"
"By the way...Is it really impossible to be beaten if you are so pretending?"
"Fight? Who dares? Do you? Do you think the iron fist of justice is just for fun?"
...
The emergence of graphene is like a super catalyst that can give various domestic industries, especially high-tech industries, wings to take off.
Whether for military or civilian use, various high-tech products can undergo essential changes under the catalysis of graphene materials.
The simplest point is to use graphene as a display screen to achieve a flexible display screen. Your phone no longer has to worry about broken screens, even if you fold it into a paper airplane, you can still use it after opening it.
Even in the virtual reality technology that Lu Li just developed, using graphene as a sensor and as a nerve interface electrode has stronger performance and will not cause any damage to human cells.
In front of graphene, even if many people sing virtual reality technology, they will be crushed by the super performance of graphene.
This is a revolutionary breakthrough in materials science!
When Lu Li's large-scale graphene preparation process and technical data were sent to the Chinese Academy of Sciences to complete the technical verification, domestic chip companies went crazy and generally set up projects and applied for the development of graphene chips.
It's just that... the applications of most companies were rejected, leaving only one company engaged in the research of graphene chips.
It was Lu Li's words to walk on two legs before agreeing to retain a company to develop graphene chips. Because... we already have a stronger gene chip technology, what more bicycles?
The success of the large-scale preparation process of graphene made the military laugh stupid again.
Graphene composite materials, carbon nanotube composite materials, coupled with high-temperature resistant tantalum carbide alloys and titanium-chromium tantalum carbide carbides, our military equipment will usher in a comprehensive upgrade.
Fighters made of these materials have lighter weight, thicker armor and more advanced engines.
Submarines made of these materials are more capable of carrying water pressure and can dive deeper into the ocean floor.
Military equipment is stronger!
Then... Lu Li gave another gift to the military.
"Power armor design plan!"
In the power armor design plan, based on Lao Gao's mysterious armor, Lu Li made modifications that are more suitable for the needs of modern warfare, and produced a power armor called the "Great Wall".
Great Wall Power Armor, this is the steel Great Wall to defend the motherland!
It's just...Because there is still a lack of micro-nuclear fusion reactors to drive the Great Wall Power Armor, the Great Wall Power Armor is only a semi-finished product. It can only carry a huge battery, and it runs out of power for two hours.
When Lu Li submitted the semi-finished power armor design plan through Assistant Tian, ​​the military...like a treasure!
What if it can only run for two hours? At certain critical moments, put on the power armor and rush forward, and the battle can be ended in less than two hours.
This thing can be used to perform certain special tasks and play a decisive role in the final word.
Professor Lu is indeed a lucky star of the military!
Not only developed brand new super strong materials, but also integrated these new materials to design a power armor.
This kind of single-soldier power armor with super defensive power and excellent operation performance is already a subversive decisive equipment!
Great Wall, the name is very good! Power armor is the steel great wall that protects the home and the country!
The only regret is... this thing is not very durable.
It would be great if Professor Lu could solve the energy problem of power armor.
Once the energy problem of power armor is solved, millions of steel torrents wearing power armor can step on the world and crush all the enemies!
The capital, the center.
When the Supreme Chief saw the military report and the power armor designed by Lu Li, the smile on his face couldn't hide.
Energy deficiency of power armor? Can't run forever?
The supreme chief knows well. Professor Lu is preparing for the birth of controlled nuclear fusion technology!
Virtual reality technology, high-tech material technology, and current power armor technology are all aimed at strengthening military strength and preparing for the world situation brought about by the birth of controlled nuclear fusion.
This is the national scholar!
The Supreme Chief reached out his hand and picked up a secret phone and ordered the military department: "Using new materials to promote the upgrading of military equipment. Before the National Day this year, organize a joint exercise of the three services to show the world the results of our military modernization. The code name of the exercise... Great Wall!"
This is the Great Wall of Steel to protect the home and the country!
...
"Now, controllable nuclear fusion is only one step away."
In the laboratory of Baoshan Base~EbookFREE.me~, Lu Li sat at the computer desk, closed his eyes and rested.
High-temperature materials are taken out, and graphene materials are also taken out. The preliminary material preparation has been perfect.
High-temperature resistant materials can be used to manufacture controllable nuclear fusion shells and magnetic fluid generators. Graphene materials only need to add carbon nanospheres and synthesize at an angle of 1.1° to produce normal temperature superconductors, thereby constructing controllable nuclear fusion Magnetic confinement coil.
In fact, it is now possible to build a controllable nuclear fusion reactor.
It's just...I can't take it out yet.
Although the emergence of new materials and power armor can greatly enhance military strength, ... this still requires a digestion process.
Controllable nuclear fusion technology can completely destroy the existing world structure. The industrial system, economic system and military system built on petroleum will all be completely eliminated.
Without adequate preparation, this kind of turbulence in the world structure cannot be easily triggered, and the impact is too great.
So... take it easy!
During this time, I can no longer study controllable nuclear fusion. I should return to my old profession and continue to study genetic technology.
In the plot of the radioactive wasteland, there is another thing that Lu Li really wants to study but has not had time to study, that is... the mutation mechanism of the mutant.
There are many things worth studying in mutants.
The density of muscles that can withstand the blast of machine guns, and the constant density of bones that the power armor smashes with the power hammer, all have a huge attraction to Lu Li.
After the second body evolution, Lu Li had not yet found a way to achieve the third full evolution of his body.
Perhaps... through the study of mutants, you can be inspired and find some direction!
Then exchange out a piece of mutant human body tissue and study it in reality!