I, mythical giant

Chapter 75 Research
A trace of nuclear energy characteristics of recrystallized batteries is a very incomplete nuclear reaction.

A large amount of mass is consumed, and the efficiency of releasing energy is countless times lower than the efficiency of real nuclear transformation.

The advantage is that its extremely incomplete nuclear reaction is a relatively continuous and long process, without danger and without radioactive factors.

In addition, the energy density of this battery is up to [-] times higher than that of the best battery in the world.

——For a battery of the same weight, the energy storage capacity of the recrystallized battery is more than [-] times that of other batteries.

Combined with the release of ten times the energy, the value of this battery can be imagined.

The manufacturing process of recrystallized batteries is not difficult, but its manufacture requires a special element - a silicon isotope rubbed out by Jiang Shanshou.

Jiang Shan tried to produce this silicon isotope by technological means, but found it difficult.

This silicon isotope can only be produced in the process of nuclear transformation; that is to say, if you want to manufacture this isotope through scientific and technological means, you can only get it through nuclear reactions.

To be precise, it can only be produced when the fusion reaction of silicon is carried out.

Silicon fusion belongs to the category of heavy nuclear fusion. With current scientific and technological means, it is almost impossible to achieve the conditions for heavy nuclear fusion.

Before the controllable heavy nuclear fusion technology was developed, Jiang Shan could not mass-produce this silicon isotope by means of technology. Only the unscientific skills and supernatural powers of decomposition and recombination could allow Jiang Shan to rub out this incomplete heavy nuclear fusion with his hands. Fusion products.

Fortunately, the amount of silicon isotope required to make a barycrystalline battery is extremely small; one ton of barycrystalline battery only requires one gram of silicon isotope.

However, Jiang Shan is now rubbing nuclear explosions, and within the controllable range, he can rub out half a catty, or about 250 grams, of silicon isotopes at a time.

Silicon isotopes are similar in color to silver and have very low intensity, only slightly stronger than plasticine.It is easy to store, requires only a cool and dry environment, is resistant to high temperatures, will not explode, has no radioactivity, and is similar to ordinary stones.

These days, Jiang Shan has nothing to do. He conducts one hundred nuclear explosions every day and obtains 25 kilograms of silicon isotope. In two months, he has accumulated more than [-] kilograms of silicon isotope solids.

If it is used to manufacture recrystallized batteries, it can produce 150 million tons.

Currently in China, based on this year's data, the installed capacity of power batteries is almost 400GKh, which translates into an installed capacity of [-] million degrees.

Nowadays, the mainstream is lithium battery, which counts [-] kWh per kilogram.

Then the total installed lithium battery is almost 570 million kilograms.The conversion is [-] million tons of lithium batteries.

According to the energy density difference of 570 times and the energy release of 570 times, divide [-] million by [-], that is to say, only [-] kilograms of recrystallized batteries are needed to withstand [-] million tons of lithium batteries.

Calculating only based on the current installed capacity of power batteries, 150 million tons of barycrystalline batteries can be sold for 80 to [-] years!

After reaching this conclusion, Jiang Shan decisively stopped rubbing silicon isotopes.

Another by-product other than the recrystallized battery is an unexpected result obtained when studying strong interaction materials.

is a new material.

Jiang Shan intends to research the strong interaction materials in science fiction, but in fact, he has been able to manufacture such materials for a short time.

How do you call it short?

Because it is unstable.

One of the keys to making strong interaction materials is to eliminate the electromagnetic force between particles.

Jiang Shan racked his brains, and finally got inspired by the second level of magical power of Jiuding Xuan Gong, Jiuding Zhenyuan.

He discovered that when using the supernatural power of Jiuding Zhenyuan, the matter touched by the supernatural power, the electromagnetic force between its particles, disappeared—to be precise, it was suppressed by the supernatural power.

Under the suppression of Jiuding Zhenyuan's magical power, Jiang Shan successfully created the strong interaction material; but once the magical power was withdrawn, the strong interaction material could only last for half an hour, and then returned to its original state after half an hour!

What Jiang Shan needs are permanent strong-interaction materials, not half-hour temporary materials.

Therefore, experiments on materials with strong interaction forces have fallen into a bottleneck.Jiang Shan believed that this was due to his lack of attainment in Wuji Jing and his incomprehension of the Jiuding Zhenyuan supernatural power—he couldn't understand how the Jiuding Zhenyuan supernatural power eliminated the electromagnetic force.

He experimented with the mysteries of Jiuding Zhenyuan again and again, but when he rubbed a nuclear explosion and then used Jiuding Zhenyuan to suppress nuclear energy, he accidentally discovered a new carbon particle structure.

Jiang Shan was able to notice this new type of carbon particle structure because it reacted strongly under the magical power of Jiuding Zhenyuan.

Then Jiang Shan got a little curious and studied this new type of carbon particle structure.

A new material was born.

This kind of material belongs to the category of materials that are more microscopic than nanomaterials; its performance in all aspects is an order of magnitude better than the explosive nanomaterials currently being blown.

The most commendable advantage is that the movement of the particles inside it tends to stop, and the gap between the particles is much smaller than that of conventional matter.

This makes it a hundred times stronger than the fiery graphene blown today.The only downside that can be said to be a disadvantage is that it is very cold, close to minus one hundred degrees.

Its main mystery lies in its structure, which is more microscopic and very complex; it is relatively difficult to prepare, because it is close to minus one hundred degrees, and at such a low temperature, it is difficult or even impossible for any machine to operate.

It is difficult to mass-produce through scientific means for the time being.

But a catch anyway.

Therefore, although strong interaction materials have not been really researched, the appearance of nebula-structured carbon materials is still a kind of comfort.

Jiang Shan felt that he had planned to manufacture his own aircraft before, and the problem of materials should be able to start from this.

Another thing Jiang Shan is still thinking about is the defense of Koros Island.

However, Jiang Shan believes that this problem should be considered after the research of controllable nuclear fusion is developed and there is enough energy source.

Prior to this, the safety of Koros Island could only rely on Leng Feng's security team and Black Fox mercenaries.

In this regard, Jiang Shan already has a plan in mind.

Didn't he kill a few people and get a few Qiankun bags when he was there before?There is something to gain in each.

Especially the one who froze Jiang Shan with the Ice Soul Light, but was killed by Jiang Shan. In his universe bag, there are a lot of practice notes of the Ice Soul Light—that is, research records.

Jiang Shan found an inspiration from his practice notes.

Ice Soul Divine Light is actually an extremely powerful supernatural power; its speed is comparable to the speed of light, and it freezes to absolute zero.If the Ice Soul Divine Light could be weaponized, then as a defensive weapon, within its range, it would be almost invincible.

One is that it is fast, the speed of light, and it will hit the target if it is shot, and there is no way to avoid it; the second is absolute zero - below absolute zero, the movement of particles of matter comes to a standstill.In other words, if you are shot by this thing, even a nuclear bomb will not explode.

If this thing could be weaponized, Koros Island would be as stable as Mount Tai.

Even if someone uses a nuclear bomb to blow him up, Jiang Shan is worthy of him.

Of course, this still requires Jiang Shan to study carefully, and it will be difficult to get it done in a while.

In addition, another achievement of Jiang Shan during this period is to rewrite a new intelligent program based on the mythical intelligent program he wrote before, which he named 'Jiu Ding'.

(End of this chapter)