Didi drip~

Professor Zhao Zhiyuan’s computer sounded an email prompt.

He clicked to open the email.

Suddenly, the extremely powerful words ‘achieve controlled nuclear fusion’ in the document suddenly jumped into view, making his brow can’t help but jump a few times.

“This Xiao Zhang, how did it come to send this kind of document?”

Professor Zhao’s questioning tone was tinged with obvious dissatisfaction, and it could be seen from the title alone that it was an eye-catching document.

He knew without looking at it that this was most likely an article that pulled some new concept and did not actually contribute half to the study of nuclear fusion.

No wonder he thinks so.

Over the years.

There were always some teachers who sent him articles asking for help to see.

Among them, there are those who humbly ask for advice, just to get some of his advice, and in this case, he naturally does not hesitate to give advice.

But there is no shortage of opportunistic people who want to get some shortcut support from him, and he has not given a good look to these people.

Professor Zhao took a sip of tea from the cup and murmured with contempt: “If this document is true… Then I ate the cup. ”

He lost interest in the ‘illusory’ document and slid the mouse with great movements.

At such a speed, he did not see the specific content of the document at all.

After some scrolling, the interface just stopped at the atomic structure diagram of the graphene superconducting material.

“Uh-huh…”

This picture full of uniqueness directly caught his eye.

He sat up straight and stared at the screen.

“Sizzle… What a perfect atomic structure diagram ah……… Graphene superconducting materials?”

“Can graphene also be used as a superconducting material?”

Professor Zhao’s face was incredulous, beyond his years of immersion in materials science.

He put away his original contempt, crossed the contents of the document to the beginning, and read it word for word.

His gaze drifted between the text, the data, and the images of the document, and his eyes gradually revealed a burning light.

“Genius! Genius Conception! Genius idea! ”

“I didn’t expect that the graphene superconductivity of this structure would be so strong.”

“This is the perfect masterpiece of God!”

Professor Zhao praised from the bottom of his heart.

He was incredibly excited.

Over the years, many scientists have tried thousands of materials in order to find suitable superconducting materials for nuclear fusion, but in the end they could not find the ideal material, so they could only be raised tall in the short and chose copper oxide that barely met the conditions.

However, the performance of this thousands of selected copper oxides is simply weak compared with the graphene material mentioned in the document.

Professor Zhao looked at the properties of graphene superconducting materials with great excitement.

One of the big challenges in controlled nuclear fusion is heating the internal environment of the device to more than 100 million degrees.

At present, the superconducting materials used in nuclear fusion devices tokamak and star imitation devices are basically copper oxide.

However, the thermal conductivity of copper oxide is not too ideal, and the temperature generated is still far from the suitable temperature for nuclear fusion.

The scientific community has not been able to find suitable materials to replace for a long time, so this superconducting material has gradually become a roadblock to the development of controlled nuclear fusion.

However……… At this moment, the perfect superconducting material that scientists in the field of nuclear fusion dream of is in front of his eyes!

This……… It’s magical!

“That’s right… What about the material that the first wall withstands high temperatures?”

Professor Zhao seemed to remember something, and his look was tight.

He eagerly and quickly skipped some descriptive language.

Crossed straight to the back.

“Haha……!”

“Sure enough… Sure enough, there is a solution to the first wall material! ”

When Professor Zhao saw several words such as carbon fiber composites, a glimmer of relief flashed in his eyes.

The second obstacle to this controlled fusion is the material of the first wall of the fusion device.

Hundreds of millions of degrees of high temperatures occur in nuclear fusion, requiring the inner wall of a device that is resistant to high temperatures and radiation, but scientists have not found a material that can withstand such high temperatures.

The carbon fiber composites described in the document can not only withstand the burning of hundreds of millions of degrees of temperature, but also withstand the nuclear radiation of neutrons.

According to the description in the document, these properties are the conclusions reached after the experiment.

“It means that…… The two big roadblocks plaguing controlled nuclear fusion have been solved?!!! ”

……

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