Chapter 257 Controlled nuclear fusion scheme

The decomposition system begins with alchemy at the scrap station. Chapter 257 Controllable nuclear fusion scheme

After the project came to an end, Cheng Xu was not idle either, he had already set his sights on another technology.

【Controlled Nuclear Fusion Program】

Exchange: Plutonium 50000g

This was something he had never dared to think about before, but now it seems to be possible.

Although there were a lot of lower-level technologies before, Cheng Xu didn’t bother to look at them. Anyway, it was going to be a showdown, so just choose the biggest one.

He has been thinking about how to get the 50 kilograms of plutonium as legitimately as possible these days.

Large-scale production of plutonium is mainly produced by nuclear reactions in reactors, generated by uranium-238 absorption of neutrons, and then purified by solution extraction and ion exchange.

When it comes to atomic reactions, his decomposition system is useless, and can only be a party.

You must know that this thing is not only of high value and difficult to produce, but also a controlled item. It is impossible to obtain it through ordinary means. After thinking about it, you can only build a project team yourself.

However, the specific timing will have to wait, at least to have an official title.

Cheng Xu’s current reputation and status in the internal system can be said to be in full swing. Anyone who has a certain understanding of this project will know the great significance of this new technology.

Cheng Xu followed them to test the application of new sulfur-silicon composite batteries in various products, and couldn’t help but sigh about the value of this thing.

Take the first qualitative electric car as an example, after replacing the sulfur-silicon battery, the battery life can easily reach more than 2,000 kilometers, or the air conditioner is turned on.

This has been able to hoist all fuel vehicles, and after a low temperature test, it can be used normally even at a temperature of minus 30 degrees, and can guarantee a battery life of at least 1,200 kilometers.

And its charging speed has also been further improved. It is really realized that charging for five minutes, driving for two hours, from zero power to full charging, it only takes one hour.

However, this part of the supporting high-power charging pile is only available in the laboratory version, and the civilian version is under urgent development.

Another very important cost issue, after the removal of metal lithium, the cost of the entire battery has dropped by more than one-third, which means that this new battery technology can sink to an electric vehicle of less than 100,000 yuan.

From these data, we can see how much impact this new battery will have on fuel vehicles after it is released.

In fact, taking advantage of this buffer time, the government has also begun to urgently adjust relevant policies to ensure that everything develops steadily.

On electric vehicles, it is only its most basic application, and Cheng Xu has also seen a lot of tricky operations.

For example, electric helicopters, which were never thought of before, are limited by the battery’s endurance and output power. Such high-power aircraft will not use batteries as energy.

But with this new battery technology, it is different, which also means that the cost of helicopters is further reduced, which is also a great benefit for firefighting and medical use.

In addition, a very important application of this new battery technology is in drones.

This change not only improves the endurance of the drone, but also its carrying capacity.

In other words, it is very likely that there will be larger drones in the future, which can complete a variety of tasks.

But when it comes to making money, one thing that cannot be avoided is the electronic products mainly based on mobile phones.

Now the mobile phone with the largest battery capacity on the market is more than 5,000 to 6,000 mAh. No matter how big it is, it is not impossible, but the mobile phone will also be bulky and heavy, which will affect the user experience.

Moreover, the battery of more than 5,000 mAh is fully charged in the face of the current heavy phone users, and those who often play games with their mobile phones, and many times they are not enough for a whole day.

“Mr. Cheng, we still have some problems with the miniaturization of sulfur-silicon batteries. Come and help us.”

“Okay, I’ll come after I analyze this data.”

The application of a technology does not mean that if a product is successful, it will be fine. Considering the use of diversified scenarios, technically, there are actually many things to be done.

For example, the miniaturization of sulfur-silicon batteries must be thin enough to be used on mobile phones, and this is not a simple matter of changing its size.

As the size becomes smaller, many structural designs may have to be overturned, otherwise many of the reactions that occur will not be able to proceed.

Cheng Xu is also very interested in this follow-up miniaturization transformation. After all, not everyone may have a car now, but almost everyone has a mobile phone.

If it can be successfully applied on the mobile phone, it is absolutely no problem to make the battery capacity reach 10,000 mAh without changing the size and weight of the mobile phone.

Many power banks on the market actually have such a large capacity. With such a large capacity, it is probably no problem to play games from morning to night.

Moreover, the current mobile phone fast charging technology is also the most developed in China, and it can be fully charged in less than an hour.

It can be said that the anxiety of mobile phone battery will no longer exist in the future~www.readmtl.com~ Under the guidance of Cheng Xu, the miniaturization of the new sulfur-silicon composite battery was successfully solved in less than a week.

Everyone also breathed a sigh of relief, and now the two aspects that can bring the most economic effects are already in their hands.

At the same time, Minister Liu also found Cheng Xu.

“Chenggong, the organization is going to hold a commendation meeting for you in the past two days. At the same time, you will be officially appointed as an academician of our country’s Academy of Engineering. I will greet you in advance and prepare your speech.”

Even knowing the importance of this technology, Cheng Xu was still surprised by Minister Liu’s words.

He originally thought that after this project ended, he might be able to evaluate a professor or something, but he never thought that he would go straight to the sky now.

You must know that every academician in Huaguo can be said to be a national treasure, and it is not a problem to easily leverage billions of funds.

It can be said that in the scientific research world, the academician is already the top position.

Before that, the youngest record for Hua Guo to become an academician was 38 years old, also because of his outstanding contributions in materials science, which pushed Hua Guo’s nanomaterials research technology to the foreword of the world.

But now, this record has been broken by Cheng Xu. In terms of the importance and breakthrough of this technology, it is even better.

Cheng Xu naturally didn’t think that this meant that he really had the level of an academician, and he also knew that this was all due to this technology.

After he has the title of academician, it is much easier for him to plan the next step. +Bookmark+