Hand rubbing nuclear fusion live in the wilderness

Chapter 334 HY Type Aluminum Oxide Laminated Materials
Han Yuan didn't expect that the Warnaby snake scale that he collected two years ago would come in handy at this time.

Because of the strong defensive power of those dragon scales, he always thought that it might be useful for defensive purposes or some kind of texture alloy.

After all, at the beginning, the strong defense of the scales impressed him and the audience in the live broadcast room deeply.

The electromagnetic rifle that can penetrate steel barely smashed it, which shows how terrifying the defense is.

But on second thought, it seems quite normal to apply the structure of Warnabi's snake scales to new transparent materials.

Strong defense naturally means extremely high resistance, and part of the high temperature resistance is brought about by its own structure, which meets the requirements of new transparent materials.

Thinking about it this way, this kind of material used on the surface of the new space shuttle seems to have quite a lot of uses.

Going back to the storage room, Han Yuan took out a few scales of the Warnaby snake.

Although it has been tested before, it has not been done in detail.

Now to imitate it to develop new materials, it is natural to obtain detailed and complete data information first.

Only by fully understanding the properties and structure of a material can it be used and one step closer.

After more than three days of busy work, using various industrial equipment newly added in the last upgrade, Won completed the inspection of the scales as a whole.

Including the material composition of the scales themselves, he analyzed them all.

The main ingredients are not very different from those of ordinary snake scales, and the main ingredients are composed of keratin and calcium salts.

However, when the elemental analysis was carried out, South Korean Won found some metal salt components from the scales.

Apart from the common calcium salts, these metal salts contain the most heavy metal salts such as iron salts and chromium salts.

The proportion can reach 0.9% and 0.65%.

The specific gravity is inconspicuous, but the key is that this concentration of heavy metal salts is almost evenly distributed in every part of the scales.

This high probability means that when the scales were formed, the heavy metal salt in the body of the ancient Warnabi snake was higher than these two specific gravity.

For ordinary organisms, if these two metal salts can accumulate to such an extent in the scales, they can almost be declared dead.

Because heavy metal ions are too destructive to organisms.

You can't wait for you to excrete it little by little and accumulate it on the scales or skin, which will cause the cells to shrink and die.

It can only be said that this ancient Warnabi snake is a different species.

However, after dissecting the two special metal salts, when Won observed with an electron microscope, he found that the joint between the special laminations of the scales was composed of these two heavy metal salts.

Not only are the two heavy metal salts of iron and chromium high in content, but their crystal shapes are also quite special, like a nanoscale villain.

Using two kinds of metals as the skeleton as support, it is like a macromolecular skeleton material, connecting other materials, which greatly enhances the defensive performance and impact resistance of the scale itself.

After figuring out the material composition and structural style of Warnabi snake scales, Won began to re-design theoretical and structural designs.

This time, it didn't take long for him to successfully produce the first new material.

The highly transparent material lying quietly on the silver-white experimental table presents a square shape as a whole.

This is a new material with high strength, high temperature resistance and high transparency, which is manufactured by drawing on the molecular structure of Warnaby snake scales.

And just now, this piece of material has only traveled through a high-temperature instrument exceeding [-] degrees.

After cooling it out, there is no change at all.

Obviously, this is not the limit of this new type of transparent material.

Most importantly, Won was observed at high temperature through special instruments.

This new type of transparent material does not change in any way at a temperature of more than [-] degrees.

There is no softening, reddening, whitening, emulsification, etc. that affect the transmission of light, and the light can pass through normally without receiving large refraction and absorption.

According to preliminary tests, this new type of transparent material can be said to fully meet the requirements.

Look at the next detailed inspection data.

If there is nothing wrong with the subsequent detailed inspection, then this new transparent material will be applied to the new space shuttle.

And Won will give it a name, instead of calling it a new transparent material all day long.

But as soon as the name was mentioned, the audience in the live broadcast room became excited and expressed their thoughts one after another.

【name?I am good at this!Let me come under the main player! 】

【Transparent Aluminum! 】

[Transparent crystalline alumina + giant snake scale structure = transparent snake! 】

[This material is used for the outermost layer of the space shuttle, so why not call it 'Sun's Bamboo Black' Hi~ o(*￣▽￣*)ブ】

[Then it might as well be called 'Elegant Butterfly Material', or 'Don't Sun' material for short! 】

[Good guy, everyone is flying beautifully. 】

[The one upstairs is named Tou Snake, I think it might as well be called Xu Xian ()]

[Look at the molecular formula, this material is not much different from red sapphire, they are all made of alumina. 】

[By the way, can this thing be used to make bulletproof lenses? How strong is it? 】

[It should be very good for mobile phone and computer screens. This kind of material is definitely not afraid of falling. 】

[Me with a monthly salary of 2000: I can’t afford it. 】

[My first reaction when I saw this thing: It should be very comfortable to use a knife with this thing. 】

[Transparent knife, similar to ceramics, has good hardness, even if it is in the hand, it is difficult to find if others do not pay attention, it is a good thing for assassination. 】

[Punishment! 】

Different from the viewers who join in the fun and analyze the criminal uses of this material in the live broadcast room, experts from various countries are most interested in the performance of this new type of transparent material.

According to previous tests, this material can withstand a high temperature of more than [-] degrees without changing its performance.

Even the surface color and molecular structure did not change.

This means that the stability of this material is terrible.

As for the name, it's just a code name.

No matter how rubbish the name is, it will not affect performance.

The performance is awesome, you use numbers to name the No. [-] material, and the No. [-] material has no effect.

Just like the heat-resistant tiles used on the surface of the US space shuttle.

The name is a yuppie, but it does not affect the awesome performance of this material.

Han Yuan just glanced at the various crooked names in the live broadcast room.

His naming ability is so strong, do you need these unreliable suggestions?
What's more, if this new type of transparent material is successful, it is destined to be passed down in human society through the ages.

Give a bad name, every time it is said, Han Yuan will feel like he has been whipped to death.

He has already thought of the name, and now he just needs to wait for the final test results to be completed.

After waiting for two days and rushing day and night, the detection of this new type of transparent material was finally roughly completed.

There are three more time-consuming tests still in progress.

But that doesn't affect anything anymore, and the two time-consuming tests are only for the long-term performance of the material.

Even if this is weaker, it is not a big problem.

The other one, which is critical, is a detailed test of the material's thermal conductivity.

This is an accidental discovery by the Korean won, and it was added temporarily.

When the last test result came out, Han Yuan couldn't wait to recall the test result from the memory.

Display, detect, turn pages, read.
After reading all the test results word by word, Han Yuan clenched his fists excitedly and shouted.

"Passed! Meet the requirements!"

Hearing this, there was a burst of praise in the live broadcast room.

【666666! 】

【Brilliant! 】

[Anchor Saigao! 】

[This is the first time the host has shown the whole process of developing materials, right?In the past, the design drawings were used directly. 】

[This is the second time, the first time I remember it was a few years ago, when the anchor said that he had studied a material called something, which seemed to be used on the display screen. 】

[AZO transparent film, I have already used this material now, it is used on my color TV, the effect is very awesome, and the color clarity is quite good. 】

[When I said this upstairs, I suddenly found that I was using a lot of things from the anchor. 】

[My mobile phone is powered by a lithium-sulfur battery, and it can stand by for more than two months now. 】

[My computer and mobile phone are both! 】

[There is also photovoltaic power generation, what kind of thin-film panels, I installed one in my house, good guy, if it is really installed, there will be no shortage of electricity. 】

【Programming!Chinese programming, I am a programmer, and now I am learning this stuff, I heard that the country is now vigorously promoting this.congratulations! 】

[More than that, I am a high-temperature-resistant coating. The ZS-522 protective material developed by the anchor a long time ago has been sold all over the world. 】

[Technology changes society, anchors change technology. 】

[Speaking of which, you use the patent of the anchor to produce things and sell them for money. Have you paid the patent fee to the anchor? 】

[Yes, I remember that all countries seem to have set up a patent fund or something before, and then collected the patent fee, which is the anchor in name, as for the reality (dog head)]

[Anchor, anchor, come out and get the money, let alone more than a billion. 】

[Anchor: More than a billion?Are you underestimating my technology patents? 】

Looking at the barrage on the virtual screen, Han Yuan smiled and didn't pay much attention.

He already knew about the patent fund.

After all, when countries set up patent funds, they were made public to the whole world, and even fueled the flames with a wave of publicity.

It's not that he doesn't use the Internet. Although he found out about it a bit late, the various traces left on the Internet let him know about it easily.

Let’s reserve patent funds and other countries for the time being.

Anyway, money is useless to him now.

On the contrary, seeing some changes in the world, the technology broadcasted live is used by people, and I feel a sense of accomplishment.

"cough."

Han Yuan coughed lightly, and after attracting the attention of the audience, he said, "This is the second time I have developed and designed a material by myself."

"The first time was three years ago when we were making displays."

"Although every research material will encounter various problems and difficulties, as long as the results can be produced in the end, it is good."

"The new transparent material developed this time, I am going to name it HY-type alumina laminated material."

"Its main component is alumina with a crystalline structure, and the molecular structure in the middle adopts a triangular stacked structure."

"By using a small amount of chromium salt ions to make the adhesion between the laminates, the performance of the overall material is guaranteed."

"HY-type alumina laminates have excellent high temperature resistance, and can withstand temperatures of 2100 degrees without any deformation or change in transparency."

"Of course, it also has good toughness, strength, high transparency and other properties."

"Excellent for new space shuttle surface cover protection materials."

After a pause, Han Yuan swallowed, and raised his voice with a little excitement.

"The most important thing is that when I tested its temperature, I unexpectedly found that the thermal conductivity of this material itself is low."

"That means it should insulate pretty well."

"If this is the case, the performance requirements for the material performance of the second layer of heat insulation layer will be greatly reduced, and I can develop it more easily."

"Although I don't know exactly which part of it works, but I am doing a detailed inspection to determine the final result."

The thermal insulation effect of the HY-type aluminum oxide laminate material is completely unexpected.

This is not in Won's design and plan. He didn't even arrange targeted testing, because he didn't consider this issue at all during the design.

But when testing, he inadvertently discovered that this material actually has a low thermal conductivity.

This is the temporary addition of heat insulation effect detection.

I don't know what the outcome will be, but it's better than nothing.

The better the heat insulation effect of the HY-type alumina laminate material, the lower the performance requirements for the second layer of heat insulation layer material, and the lower the difficulty of the research and development goal.

That means faster replacement of materials on the skins of newer space shuttles.

After the replacement, the overall manufacturing difficulty of the new space shuttle has dropped a lot, and the manufacturing will be much faster.

As for the satellite, that kind of thing is not a very difficult thing for him at present, and it is very demanding to manufacture.

It has solar panels and lithium-sulfur batteries with high energy storage.

As for the engine used for track change, it is also sufficient to use an electromagnetic propulsion system.

The disadvantage is that a lot of liquid xenon working fluid is carried on the satellite, which has a certain impact on the overall weight.

However, if the operating power of the electromagnetic propulsion system is controlled, unless it is transported to some emergency situation, an emergency orbit change is required.

Otherwise, if the orbit is adjusted normally, the working medium that a satellite can carry is enough for it to use for more than three years under normal circumstances.

And now there are no satellites in the sky, don't worry about other satellites will hit, just need to guard against meteorites or something.

There is no need to worry about avoiding a certain satellite in an emergency like Huaguo's Tiangong.

That kind of emergency start and emergency track change is the most energy-consuming way.

Even if there is no air resistance in space, a lot of energy and working fluid need to be consumed.

(End of this chapter)