Great Power Technology: Domination Of The World Starts With Chips

Next he looked to the second technique.

Metal particles modify the nano silicon carbide coating.

Silicon carbide nano coating, a nano coating material.

It has the advantages of high hardness, high wear resistance, high corrosion resistance, high thermal conductivity, etc., and it can resist oxidation at high temperatures. It is an extremely excellent coating material.

"It's just that this thing... what's the use?"

Doubts also arose in Ye Cheng's heart.

However, doubts turned into doubts, he directly took out two USB flash drives from the system, inserted them into the computer, and opened the first magnesium-aluminum alloy data.

"Magnesium-aluminum alloy, magnesium content..., aluminum content..., and some trace elements..."

Ye Cheng narrowed his eyes looking at the brief introduction of this new magnesium-aluminum alloy in the materials.

Unlike those common magnesium-aluminum alloys, this magnesium-aluminum alloy has a greater magnesium content, so the density is lower, which means lighter.

In addition, Ye Cheng looked at the attributes marked above about it.

In addition to the extremely light density, other attributes are even more terrifying.

Ye Cheng asked Xiaobai to list some attribute tables of other magnesium and aluminum alloys for comparison.

The strength of the material is twice the highest among other magnesium-aluminum alloys, which is very strong.

In addition, its rigidity is stronger than that of other magnesium-aluminum alloys, which means that its structure is more difficult to deform.

This is simply an enhanced version of magnesium-aluminum alloy.

Ye Cheng thought almost instantly that the exoskeleton could use this new material.

But soon, he shook his head again. Although this magnesium-aluminum alloy is very strong, his ideal exoskeleton material is still titanium alloy, because titanium alloy is stronger.

But he couldn't help laughing, why did he think so much.

This magnesium-aluminum alloy has such powerful performance, and the price is definitely cheaper than titanium alloy. It will definitely be more suitable as an exoskeleton prosthesis in the future.

In addition to this aspect, this alloy is also very useful in other aspects, such as used to reduce the weight of automobiles and aircraft, as well as military equipment, etc. Weight reduction is of great significance in many aspects.

After reading the magnesium-aluminum alloy materials soon, he inserted another USB flash drive into the computer. The name seemed to be a high-end nanomaterial.

Metal particles modify the nano silicon carbide coating.

There are many nanomaterials, and nano silicon carbide is one of them.

However, no matter how many these materials are, there is always a limitation. Their characteristics are unique, so how to make the same kind of nanomaterials exhibit different properties?

Adding something extra to the coating is one way of doing that.

This can change the nature of this nano-coating to a certain extent, so that it exhibits an additional characteristic.

According to the name of this nanomaterial, it should be to add some metal particles to the coating.

But why doesn't it specify what metal particles to add?

Can any metal particles be added?

Ye Cheng was a little curious.

He quickly clicked into the information and read the content.

However, when he saw the previous part, he was shocked.

This kind of coating can change certain characteristics by doping different metal particles, and after a special treatment, it can be coated on the same metal surface, even an alloy, which can directly form a metal coating on it. bond, rather than relying on surface energy to attach to it.

It should be known that in general, the attraction between the coating and the material comes from the relative surface energy of the material!

And this kind of surface energy is often not as strong as metal bonds, because the connection between metals relies on chemical bonds such as metal bonds.

Connected by metallic bonds, coupled with the properties of the nanomaterial itself.

And what does that mean?

Simply put, this coating is not afraid of wear and tear!

Wear is a common problem, especially for precision parts in machinery, such as bearings. If such a coating is applied to it, the life of the bearing will be greatly extended.

Although the cost of this thing may be relatively high, for those machines that need to be used for a long time, such as automobiles, industrial equipment, and military equipment, as long as the surface of those key parts is coated with such a coating, it must be of great significance .

In fact, most industries now use nano-materials for wear problems, and this new nano-coating can undoubtedly greatly enhance the ability in this area.

In addition to wear and tear, this coating can also have other different properties due to the addition of different metal particles. For example, adding some titanium alloy particles can make this nano-coating have the superior properties that match titanium alloys. .

"This...is simply a king bomb."

Ye Cheng has already thought of its various functions in his heart. It is still on the exoskeleton. If it is treated with this nano-coating, even magnesium-aluminum alloys can become stronger. Not too much difference.

The titanium alloy with this coating will of course have stronger properties.

With a little excitement in his heart, he continued to read the following information.

Soon, he saw its absorbing properties.

Its wave-absorbing performance is very strong, as long as it is doped with magnetic metal particles with wave-absorbing ability, it can absorb radar signals in a wider wavelength range.

what does that mean?

It can be used as a radar absorber on a stealth fighter!

And it is definitely the first-class absorbing material.

Ye Cheng narrowed his eyes.

Accidentally, another secret technology was created.

Of course, there are two technical keys to this new material. First, how to dope metal particles; second, how to process it so that it can be applied to the metal surface to form a metal bond.

This is also the most confidential technology, and this time, fortunately, the gift package contains a character who is loyal enough to himself.

But what exactly is the difference between an expert and a guru?

Ye Cheng had some difficulties, and then found out the system, and began to set the basic attributes for this expert.

"Call it Cai Liao."

Ye Cheng confirmed the name. As for why he didn't call it Cai material, because he recently heard someone in the company say the names of Zhong Xin and Dian Chi, which is very interesting.

Fortunately, they haven't let them know about Gu Ge yet.

Then he waited for Cai Liao's arrival.

As for these two new material technologies in the future, Ye Cheng thought about it and planned to directly belong to the exoskeleton company.

These two materials are completely inseparable from the exoskeleton, and it is convenient to manage them together.

Soon, an hour later, Cai Liao arrived in front of him.

A forty-year-old man, he looks like a university professor.

Ye Cheng showed him the information of the two materials and said, "Look at these two materials, do you have any ideas?"

After reading it quickly, Cai Liao said: "For these two new materials, I can design a better preparation process, reduce the preparation cost, and increase the material yield."

Ye Cheng's eyes lit up, "Is this the knowledge you have mastered?"

Cai Liao nodded: "Yes, boss, I can give optimization plans for any existing industrial preparation processes."

"Then... do you have any new materials?"

Cai Liao shook his head: "No grasp."