Chapter 216 This was made by a team

The length of the linear strip material can reach half a meter , which is enough to prove that this material has great application potential in the field of high power.

In fact, in some other application fields, a very long wire strip structure is not required.

This material is likely to begin formal application research in the near future.

Everyone was excited about the result.

Such a high superconducting critical temperature is at least 20K higher than that of other superconducting materials that can be used.

Compared with before, a lot of energy consumed due to cooling will be reduced.

Xing Shuping is also quite satisfied with this result.

Even if it does not break the temperature at which dry ice sublimates.

In the application of superconducting materials, being able to increase the superconducting critical temperature is also a breakthrough achievement.

But Xing Shuping knew that Chen Pingqiu and others' technologies in material preparation and molding were indeed very mature.

However, no groundbreaking technology was used in this project.

In other words, if Xu You had not discovered these superconducting materials, these materials experts would have had no work to do at all.

No one is as irreplaceable as Xu You.

After Chen Pingqiu completed his report on his achievements.

Xu You came to the front, ready to report his recent achievements.

"I am very happy that our 160K high-temperature superconducting materials will soon enter the research of application fields."

Before reporting the results, Xu You also expressed his congratulations on this achievement.

Xu You knew that this was an outstanding result.

Even Xu You himself made a very important contribution to the entire achievement.

But it's still a credit to the whole team.

At least so far, Xu You is definitely not capable of preparing the materials and processing them into shape.

When Chen Pingqiu heard Xu You's words, his expression remained calm.

But I still felt a little proud in my heart.

This proves that Chen Pingqiu's previous judgment of direction was correct.

In addition, Chen Pingqiu also wanted to know what achievements Xu You had made during this period of time.

"During this period of time, I have comprehensively studied the 202K superconducting material, and used computer software integration technology to simulate its various properties on computer software. So far, I have not made any progress in optimizing its preparation and molding process. But in the future, this technology is still very likely to be used in the process of auxiliary material molding."

Listening to Xu You's story, the professors sitting below had different ideas.

They all know that using simulation to assist material forming is very difficult for a new material.

Only when simulation technology is very mature can it be possible to move on to the application stage.

Chen Pingqiu also felt that Xu You must be amazing to be able to develop this technology, but so far, it is definitely not mature.

There is still a long way to go before the research can be truly used for auxiliary material molding.

"As you can see, this is the microstructure of this material. Other common properties can also be simulated in the software. For example, under standard atmospheric pressure, when the temperature reaches 1314.52K, this material will transform from solid to liquid."

Xu You adjusted the temperature parameters, and sure enough, the material on the screen underwent a physical change.

Of course, what Xu You did was not just to set various data on the software.

Instead, it uses multiple complex functions to simulate various changes.

In addition to temperature, changes in various conditions including pressure, humidity, electric field, magnetic field, etc., which lead to changes in material properties, can also be reflected in the simulation.

Seeing Xu You's presentation of this achievement, the professors below couldn't help but secretly admire Xu You.

None of the professors here can achieve the same result as Xu You.

There is so much knowledge involved here.

If they were told that this was made by a top team of dozens of people, they would have no doubts.

From this point of view, it is indeed an indisputable thing to let Xu You be the chief researcher of the project.

"In fact, under certain conditions, 202K superconducting materials can already be molded. For example, if I add pressure to 100GPa, the materials will overcome the huge repulsive force and aggregate together. However, when the ultra-high pressure is removed, they will disperse and return to tiny particles."

As Xu You adjusted the pressure data back and forth, the matter on the computer screen also showed changes of aggregation and dispersion.

At this time, Chen Pingqiu interrupted:

"This is the same problem as that faced by room-temperature superconductors under ultra-high pressure. Maintaining the material in its shaped state also requires huge costs. Perhaps studying how to reduce the cost of manufacturing high-pressure states is a new direction worth exploring."

Objectively speaking, there is absolutely no problem with what Chen Pingqiu said.

However, speaking out at this time inevitably has this kind of meaning:

It is basically impossible to carry out the molding process on this 202K superconducting material.

"Ultra-high pressure...maintaining the material's shape..."

But when Xu You finished listening to Chen Pingqiu's words, he suddenly had a new idea.

"Is there a way to prevent materials from dispersing due to the reduction in pressure after they are formed under ultra-high pressure?" Xu Youxin said.

With this kind of thinking in mind, Xu You's attention suddenly shifted from reporting the results to thinking about this problem.

One after another, 202K molecules floated back and forth in Xu You's mind.

Unconsciously, Xu You entered into a flow state in front of so many people.

At this moment, Xu You's biological clock became very slow.

Even the blinking of the professors below seemed to be in slow motion in Xu You's eyes.

In Xu You's mind, those 202K molecules gathered together and then dispersed due to the change in pressure.

This process repeats itself over and over again.

"It would be great if there was a lock that could lock these molecules after they gather together and prevent them from dispersing," Xu You thought.

"Wait a moment!"

At this time, Xu You suddenly had an idea to find a different approach.

Factors like temperature, magnetic field, electric field, etc. can all be invisible locks.

If the conditions are right, it is entirely possible to lock up the molecules of a substance.