In fact, Zhou Ping and Pan Xinlong's research on nano-superconducting materials has touched the field of embedded fullerenes.

Just give them another year and a half, and they'll be able to do all the forms of embedded fullerenes.

At that time, even if there is no iron-rich sample given by Jiang Bo, this material can still be found.

But Jiang Bo's approach has undoubtedly advanced this process a lot.

Room-temperature superconducting materials can be regarded as being studied, but the problem is that preparation is a troublesome matter.

In the past, it was difficult to even prepare and purify fullerene C60, let alone iron-rich materials, which are more difficult to manufacture.

But fortunately, the Carbon Nano Research Institute of Black Bone has been considered perfect for the research of fullerene.

With the help of Zheng Shouyi, Zhou Ping and Pan Xinlong soon received a fullerene that could make the target structure.

Through a special method, a trap cage for fullerene is created, and then iron atoms can be easily driven into the fullerene cage and locked up to form iron-rich.

Although the method steps are simple, the yield is impressively low, far from the yield of fullerene C60.

It can produce 100 grams per day, and you can burn high incense.

Of course, iron-rich can already be manufactured, just like the original fullerene and graphene, as long as the manufacturing principle is thoroughly understood, there will always be a day when it will be mass-produced.

In addition, because of some characteristics, the purification of iron-rich crystals is very high, which leads to the inability to obtain iron-rich crystals with a concentration of 100% on Zhouping's side.

But even so, the iron-rich disk, which has a concentration of only about 95% in the laboratory, still shows a terrible superconducting state transition.

According to Zhou Ping and Pan Xinlong, once the purity of iron-rich continues to be improved, the critical temperature value of iron-rich should rise.

But it is difficult to conclude how far it can rise.

……

"The iron-rich technology has been conquered, and it has been prepared independently, so fast!"

When Jiang Bo received a call from Zhou Ping and learned about Futie's research, the whole person was stunned at first, and then overjoyed.

Because...... It's time for the mission.

When he opened the system, he saw a task suspended on the pale blue screen that made Jiang Bo's pupils shrink and shrink.

[Mission-Rich Iron Comes Out]: A material that marks the early arrival of the future era, is gradually revealing its true face, please under your monitoring or guidance, develop and manufacture rich iron, and let the world know about this magical room temperature superconducting material.

[Reward]: 100,000 points.

[Note]: This task is a hidden task, and it will be triggered when the conditions are met, good luck.

"100,000 points mission ......"

After being promoted to the king level for so long, this is the first time that a task with a number of points as high as 100,000 has been triggered, which makes Jiang Bo surprised and delighted.

Although he probably guessed in his heart that this thing of rich iron is the same as the lithium-air battery, there will definitely be a task, but it is estimated that it will only be about 50,000 points.

But I didn't expect it to be doubled directly, a full 100,000 points!

That's amazing!

Zhou Ping has already figured out the room-temperature superconducting material of iron-rich, so the most difficult point of 'developing and manufacturing iron-rich' in the task requirements of the system has been easily solved.

Now, as long as the world knows about this magical room-temperature superconductivity, the 100,000 points will not have to run.

Thinking of this, Jiang Bo hurriedly instructed Zhou Ping on the other end of the phone:

"Professor Zhou, you should write a paper now, and then submit it to the journal "Nature" or "Science", and implement this matter, you must make a reputation for iron-rich, and let the world know that black bones have made room-temperature superconducting materials!"

"Okay Mr. Jiang!" Zhou Ping said with a smile: "The paper has actually been written by Professor Pan, and I was about to tell you about it, since I agreed, then I will submit it to Science or Nature."

However, once our iron-rich is published at this time, it will definitely conflict with the high-temperature superconducting materials developed by the Black team in the United States, this matter is ...... I'm a little afraid of the bad influence on Black Bones. ”

Jiang Bo was slightly stunned: "The United States has also made a breakthrough in superconductivity?"

In the past few days, Jiang Bo has been fooling around with his little lovers and hasn't watched much news, so he doesn't know about 208K high-temperature superconducting materials.

Zhou Ping explained: "Yes. The Black team at Lawrence Burrick National Laboratory under the U.S. Department of Energy published a paper in the journal Science.

At the heart of the paper is that Blake's team has overcome the temperature threshold of a high-temperature superconductor at normal atmospheric pressure.

The newly developed iron-based superconductor has a critical temperature transition of up to 208 K, or minus 65 degrees Celsius.

If iron-rich does not come out, this new iron-based superconducting material will become a new favorite material in the field of superconducting science, and the United States will also pay attention to and respect it.

But compared with rich iron, it seems to be a little inadequate, and it is not a level of superconducting material.

In terms of atmospheric pressure, TC value, HC value, JC value, and iron-rich are far superior to the new materials in the United States. ”

Jiang Bo was thoughtful, and said after a while: "Since the car crashed, let's crash."

In the current environment, the performance of our car is superior in all aspects, so there is no need to avoid it.

Submit it directly to Science magazine, and you don't have to worry about the adverse effects on the black bones.

Rich iron is a material that no one can deny if they want to, they don't have that qualification. ”

If it were in the past, Jiang Bo might have considered a little bit in order not to offend people.

But now, with 100,000 points in front of him, concessions can't appear in his dictionary.

Listening to Zhou Ping, doesn't the United States care about this 208K new superconducting material now, that's right, at this time, throw out the rich iron, and compare it directly with that superconducting material, the heat caused by it will definitely be more popular than usual.

Zhou Ping responded: "Okay, then I'll do as you say." ”

After ending the call with Jiang Bo, Zhou Ping found Pan Xinlong, and the two worked together to review the paper from beginning to end before submitting it to the journal Science.

Next, it's time to wait for the results of the review in Science.

However, because the review speed of such top journals is generally very slow and the time is not short, so during the time of the other party's review, Zhou Ping and Pan Xinlong did not plan to be idle, and went to the Carbon Nano Research Institute to discuss the production and purification of iron-rich with Zheng Shouyi and others.

In addition, the application for registration of the relevant intellectual property rights of Futie was also finalized the next day.

Of course, with the technical content of iron-rich, even without patent protection, it is basically impossible for others to achieve mass production in the next ten years.

As long as it is not commercially available, it doesn't matter what it does to be prepared in the laboratory, and the black bones can't be controlled.

……

It's eight more today.,The next two chapters are a bit of a stuck plot.,Let me figure it out.,Ten more tomorrow.。

In addition, I would like to ask for subscriptions, monthly passes, and referral tickets, and I hope you will support me a lot, thank you.

Thank you to the old bookworm for the book famine.

(End of chapter)