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Chapter 154 The direction is all wrong, what is there to argue about
When Jiang Ming put forward his request to process the alloy, Cheng Ning readily agreed.

After all, Cheng Ning was more than happy to help find a processing factory.

Moreover, the Xia Nuclear Research Institute has the ability to smelt and process alloys, so it is relatively simple to help with the processing.

"Here, come to the sample workshop and find Master Feng who is in charge of sample processing. He can solve it for you."

Cheng Ning thought that what Jiang Ming needed to process was an ordinary metal, so he arranged for Jiang Ming.

"This"

Jiang Ming looked at Cheng Ning's indifferent expression, and wanted to tell Cheng Ning that this kind of alloy is not simple, and ordinary engineers or master craftsmen should not have this ability.

After all, according to Jiang Ming's plan, this superconducting alloy looks simple on the outside, but in fact, it has a lot of knowledge inside.

Otherwise, it is impossible to be a superconducting material.

This alloy not only has high hardness, but also has good high and low temperature resistance.

Ordinary alloys have a melting point of one or two thousand degrees, but this superconducting alloy has a melting point of close to ten thousand degrees. From this aspect alone, it can instantly kill ordinary metals.

This means that this alloy will not crack and deform even at extreme temperatures.

In addition, in terms of hardness, according to the current data obtained by Jiang Ming, this material exceeds the limit value of hardness that can be found at present, and it can be said that it has created a new material system.

It is such a material, Cheng Ning asked the masters in the workshop to cooperate to process it, Jiang Ming was a little surprised, can it work?

"Director Cheng, this material is very special and not easy to process."

Jiang Ming was also embarrassed to directly say that this material is a superconducting material, and its hardness and melting point exceeded the limits of existing materials.

After all, it is not Jiang Ming's style to release such big words before the materials are produced.

"No problem, Master Feng has been in our Xia Nuclear Institute for decades, and he has never seen any materials. Don't worry, I will recommend you all the masters, it's okay!"

Cheng Ning said in relief.

Ok.

Hearing Cheng Ning's words, Jiang Ming couldn't say anything anymore, and turned around to find this so-called Master Feng.

"Your material is quite special."

Master Feng was obviously greeted, and he was quite cooperative with Jiang Ming's request.

But looking at the requirements on the parameters and the complicated craftsmanship, Master Feng frowned a little.

After seeing the end, Master Feng said such a sentence.

"It's okay, it's special now, and when it becomes popular in the future, it will be ordinary."

Jiang Ming told the truth.

Of course, for now, this alloy that needs to be processed has never appeared on the water blue star.

"What is this material for?"

The old master frowned and asked Jiang Ming.

"Superconducting materials, used in nuclear reactors."

Jiang Ming told the truth, he was not an outsider, and there was no need to hide it.

"Oh, superconducting materials. No wonder the requirements are so high!"

Hearing Jiang Ming's words, I thought Master Feng would be surprised, but in fact, Master Feng's expression was very indifferent, as if he had seen such a scene before.

Involuntarily, Jiang Ming felt that this Master Feng was not simple.

"Oh, master, do you often come into contact with superconducting materials?"

Jiang Ming asked curiously.

"A lot of them work in the Institute of Nuclear Physics. The materials here are basically used in nuclear facilities. Superconducting materials are even more common."

Master Feng said casually.

"However, among superconducting materials, materials with hardness like yours are relatively rare. Generally speaking, superconducting materials need to be used at extremely low temperatures. If the hardness of superconducting materials is relatively high at room temperature If so, at low temperatures, superconducting materials will be as brittle as glass."

It can be seen that Master Feng has a good understanding of superconducting materials because he has been exposed to more processing of superconducting materials, and finally gave Jiang Ming such a conclusion.

I have to say that the conclusion given by Master Feng is correct, but it is based on the premise of low-temperature superconducting materials. Jiang Ming's superconducting material is at room temperature, and it will not appear because of the high hardness that Master Feng said. , resulting in brittle properties of the material.

"Young man, do you want to think about it again?"

Master Feng said to Jiang Ming like this.

"No, just follow the existing technology, it shouldn't be a big problem."

Just kidding, how could the room temperature superconducting material that I had finally researched be changed because of a word from my master.

"Well, if there is a problem with the material at that time, don't say it is our processing problem."

"Don't worry, I understand this."

Jiang Ming responded.

"Okay!"

Immediately, Master Feng started the processing of superconducting materials.

It has to be said that this kind of superconducting material is still quite difficult to process, mainly because it consumes too many processes.

Alene alloys are composed of three metals, nickel-iron-aluminum-ene.

First, it is necessary to prepare high-temperature solutions of the three metals, and then use an atomizer to atomize the high-temperature solutions.

After the atomized metal solution, the metal solution is more detailed.

Of course, pure high-temperature solutions cannot be atomized, and special methods are required to keep them in a specific state.

In this state, the solution is mixed with graphene, and then kept at a high temperature of 10 degrees for [-] minutes.

Under this process, metal molecules will be combined with graphene to form a special structure.

Since the structure is attached to the carbon atoms in graphene, the distribution of the entire metal atom will also be synchronized with graphene.

In this case, the metal atom is olefinated.

The principle sounds simple, but the process requirements are extremely strict, requiring extremely precise time and dosage.

Even for a veteran like Master Feng, it took dozens of times to succeed.

Thanks to the success this time, otherwise Master Feng doubted whether Jiang Ming's method was effective.

I have seen complex processes, but Master Feng has never heard of such a process of olefinating metal atoms.

Even Master Feng didn't know the purpose of doing this, he only knew the name of this process.

Looking at the large bottles of sparkling solution in his hand, Jiang Ming couldn't help feeling that it is really difficult to refine super-temperature superconductors.It took only one day for the olefination of this ordinary metal solution, which is really difficult.

Of course, if other people found out, they would definitely scold Jiang Ming. Such a complicated process took only one day to complete. If this kind of efficiency is still low, I don’t know what process is more efficient.

The second step is to uniformly mix the olefinated metal solution to form a stronger metal piece.

Generally speaking, to change the chemical bonds of a molecule and form new ones, you need to heat it so that it reacts.

This is also a step in a common chemical reaction.

However, the process of ene alloys is the opposite. It needs to mix the three solutions at different low temperatures to form a new molecular structure.

First of all, the first step requires mixing nickel solution and iron solution in an environment of minus [-] degrees Celsius.

At this temperature, keep it for three hours.

Subsequently, the temperature of the environment is raised to minus [-] degrees Celsius, and then the aluminum solution is mixed therein to cause a reaction.

It was another three hours of reaction time, and finally the temperature of the solution was kept at 0-10 degrees Celsius, and the reaction was finally terminated, and the solution remained in a liquid state.

When not in use, take it out of the low temperature environment, and the alkene alloy will become solid at room temperature.

When the temperature is relatively low, it is not a pure solid state, but a fluid similar to a liquid state.

As the temperature increases, at about 25 degrees Celsius, the alkenes become extremely hard, exceeding the hardness of iron.

When the ambient temperature rises above forty degrees Celsius.The hardness of ene alloys has exceeded the hardness of substances known on the earth.

At this temperature, it is extremely difficult to destroy it.

Therefore, the best way to change its shape is to cool it, and then process it to a suitable state when its texture is relatively soft.

Therefore, in the pure metal state, ene alloys do not have superconducting properties, but are just relatively hard metals.

But when the temperature of the environment is [-] degrees Celsius, in the semi-solid and semi-liquid state, the ene alloy will maintain a superconducting state, which is abnormally stable.

Therefore, if you want to control the superconducting state of the ene alloy, you only need to change the temperature of the environment.

Even according to different temperature conditions, different resistance values ​​are displayed in a targeted manner,
This feature, in fact, has a lot of application space in modern technology.

Master Feng was very confused and followed Jiang Ming's instructions to carry out various processing on the original solution of alkene metal.

In this process, there is cooling, heating, and various chemical reagents are added.

Various kinds of reagents were invested.

Seeing so many reagents being put into it, Master Feng was quite curious at first, but later on, he became a little numb.

Master Feng was a little suspicious, whether Jiang Ming was looking for fun.

As long as these messy things are put into it, according to Master Feng's point of view, nothing will happen except to be evaporated.

In fact, from Master Feng's point of view, it seemed that nothing really happened.

After all, what you end up with is a large glass of silvery solution.

In order to maintain the state of the solution, the current alkene metal solution was kept by Jiang Ming in an environment around zero degrees Celsius.

Jiang Ming took it out of the environment and poured it evenly into a rectangular mold.

The olefin metal solution forms a huge rectangle in the mold. As the temperature rises, the huge rectangle gradually takes shape and finally becomes a solid.

Jiang Ming took the rectangle out of the mold and turned it upside down in his hand, not to mention, it was quite heavy.

Looking at the 'brick' in Jiang Ming's hands, Master Feng was speechless.

Dare to feel, the two of them worked hard for five days, and what they finally practiced was the so-called brick.

After all, in the eyes of Master Feng, this metal seems to be nothing special.

Jiang Ming is very satisfied with the olefin metal in his hand. When he goes back to find a container and reduce it into a specific superconducting coil at a low temperature, the effect must be very good.

The matter was finished, Jiang Ming wrapped the brick with a piece of cloth, then handed it to Xia Ying, motioning for her to carry it.

Xia Ying:? ? ?
Looking at the bricks in her hands, Xia Ying also fell into deep thought. How dare she change from a bodyguard to a brick mover?
"Why, there is someone. Are you busy first?"

Jiang Ming came to Cheng Ning's office and saw that Cheng Ning was talking to an old man. Jiang Ming greeted him warmly, found a seat and sat down.

After all, it was because of Cheng Ning's love that Jiang Ming could refine metal alkene so quickly.

Therefore, after the matter was over, Jiang Ming felt that he still needed to say hello to Cheng Ning. After all, he would have frequent contact later on.

Not to mention, Cheng Ning's stuff here is really complete, the master has a lot to talk about, and the craftsmanship really has nothing to say.

After all, Jiang Ming didn't expect to successfully refine the olefin alloy in one go, but who knew that under Master Feng's superb craftsmanship, he could actually successfully refine it in one go.

Talent!
Jiang Ming couldn't help but sigh with emotion, maybe this refers to the so-called craftsmanship.

That kind of dedication to excellence in craftsmanship, that kind of spirit that must accomplish one thing, is not something ordinary people have.

Cheng Ning was talking to another person, but he didn't deliberately avoid Jiang Ming.

Jiang Ming looked at it from afar, and although he couldn't hear it very clearly, he could hear clearly that the two happened to be discussing the matter of superconductors.

I heard the two discussing that they are developing 'high temperature' superconductors, that is to say, materials that can exhibit superconducting properties at minus [-] degrees Celsius.

Listening to what the two said, it seems that there is something wrong with their opinions.

Hearing the two talking about 'high temperature' superconductors, Jiang Ming didn't want to hear it.

After all, the real room-temperature superconductor is already in hand, and Cheng Ning's so-called 'high-temperature' superconductor, in Jiang Ming's eyes, is just a joke.

Jiang Ming waited for the two to end as soon as possible. After all, he had to go back and find someone to design a low-temperature control box for the ene alloy to control the superconducting state.

Jiang Ming's time was very tight.

It's just that the two seem to be on the same page, and there is no state of stopping.

After listening for half an hour, the two of them didn't mean to end yet, so Jiang Ming became a little impatient.

Immediately, Jiang Ming stepped forward.

"The direction is all wrong, there is nothing to argue about."

Jiang Ming spoke directly.

Uh.
Hearing Jiang Ming's words, the two were stunned.

Cheng Ning was fine, he knew Jiang Ming's details, so he only thought Jiang Ming was bragging.

But the other old man, seeing Jiang Ming's loud tone, was taken aback, and quickly said:

"The direction is wrong, what direction is wrong?"

"What I mean is that your research on superconductors is in the wrong direction, and there is no point in further research. If you have this time, you might as well read the book carefully. What's the point of arguing here?"

Jiang Ming explained.

Uh.
Good guy, Cheng Ning was stunned, what did Jiang Ming mean by this, when did a junior like Jiang Ming have such a tone.

Especially towards myself and old man Wang.

You must know that you are the director of the Institute of Nuclear Physics of the Charcot Institute, and the person opposite, although Cheng Ning does not approve of it, does not hinder the identity of the other party, a doctoral supervisor of high-energy physics at Charcot University.

That is to say, Cheng Ning and the other party are familiar with each other, and he has been studying nuclear physics, so that he can discuss issues with the other party in a quarrelsome manner.

What is your identity, Jiang Ming, and what kind of knowledge do you have, how dare you educate two big men in nuclear physics like this, and say that their discussion is meaningless?
(End of this chapter)