Hand rubbing nuclear fusion live in the wilderness

Chapter 282 The United States that has cheated all countries
In addition to collecting patent fees, the United States and other countries have created this patent fund. What they want most is to try to see if they can catch this anchor.

The patent fund established together by almost all developed countries in the world is based on the foundation that many companies will use, and the annual patent fees will add up to an astronomical figure.

Faced with such an initial fund, there is a huge sum of tens of billions of gold, and even a patent fund with astronomical figures every year.

Not to mention individuals, even China and the United States, the two largest and second largest economies in the world, will be tempted.

Maybe with the help of this patent fund, there is a chance to catch this anchor. Although the hope is not high, there is still a chance.

And even if you can't catch it, it's not bad to borrow a huge patent fee every year.

Baili but harmless, why not do it?

Huaguo, the capital city.

Chen Zhenghua, who was called back urgently, sat in a corner, held the meeting for a while, and asked the others after thinking about it:
"Then, do we need to follow up on the application for the establishment of a patent fund?"

Hearing this, these people on the desk couldn't help frowning.

Regarding the patent fund, they thought about it a long time ago, but there is a reason why they never did it.

This reason is currently only known to Hua Guo.

When the incident in the live broadcast room broke out, the first incident of the special operations team took control of Douyu's server and investigated it.

During the investigation, a very strange thing was discovered.

The other party obviously did not sign a contract with Douyu, nor did they provide any bank card or personal information.

But the strange thing is that 50.00% of the tipping income of the other party during the live broadcast will be automatically taken away after each live broadcast.

In other words, on the company bank account of the Douyu platform, after each other party ends the live broadcast, a part of the money will be automatically deducted.

When the financial report reported this matter, Chen Zhenghua couldn't believe it.

At that time, he asked the bank in charge of Douyu to check it carefully.

But it was finally confirmed that the missing part of the money was indeed half of the anchor's live broadcast tipping income.

The figures are accurate to a penny, and what is deducted is after tax.

The tax deduction is completely carried out in accordance with the standards of the Huaguo live broadcast industry.

The appearance of this incident at the beginning also made them judge that there was a [-]% possibility that the anchor was a certain Chinese who got some opportunities.

Later, when considering the patent fund, I temporarily gave up because of this.

After all, it is not sure whether the money in the patent fund will be automatically deducted by the anchor after the establishment of the patent fund.

It's okay not to deduct it, but once it is deducted, it will be gone immediately.

Thinking of this, everyone in the meeting room felt a headache.

Huaguo is a country with a large population, and there is a huge demand for various materials, equipment and other things.

Apart from other things, the patent fee for lithium-sulfur batteries alone is a huge number according to market conditions.

It is impossible for them to use the original secondary battery instead of using the more advanced black technology lithium-sulfur battery.

Even if ZF can control state-owned enterprises, what about the private enterprises below?

Not to mention too much, Huaguo definitely has a hundred battery-related companies, not to mention the newly registered battery-related companies after the release of lithium-sulfur batteries.

In addition, there are foreign battery companies.

Foreign countries will definitely not give up this opportunity. If they don’t use it, then domestic batteries will be produced abroad, and the money will be earned by foreign battery companies. Isn’t this something that will make people poke the spine?

If they have not mastered the production technology of lithium-sulfur batteries, it is another matter, just like the current top lithography machines, there is no way.

But in the case of mastering the same technology, only China has always been the one to earn money from other countries. How can it be other countries' turn to come to China to earn money?
This cheating American country doesn't know anything, and it's nothing, so it dug a big hole for the whole world.

Self-righteously smart, is this anchor's advantage so easy to take advantage of?
Now, it is estimated that the money flowing into a black hole in the world every year can be calculated in the hundreds of billions.

What a headache.

"Follow up."

In the conference room, after a tense atmosphere, a certain leader sitting at the table spoke.

At this point, it’s impossible not to follow up.

If you didn't do this before, you can still treat it as unexpected, not knowing.

But now the United States has taken the lead in making it out, and they can't do it if they don't follow.

If other countries pay attention to the anchor's patents, they will pay patent fees for using technology, even if it is a mistake, but if Huaguo does not, it will be very passive if the anchor finds out.

Even if the other party is from China.

After all, why do other countries pay patent fees, but you Huaguo don't?

Even if the anchor has no opinion, what about other countries?
At that time, the public opinion of the whole world, including the public opinion of our own people in China, will be overwhelming.

They cannot bear the consequences.

Compared with turning against the anchor and other impacts and consequences, it is the most trouble-free and cost-effective to pay a patent every year.

What's more, there is still a slight possibility that the established patent fund will not be transferred away by the other party?
In this way, they may also reap huge additional patent fees.

The people sitting in this conference room are all bigwigs and elites. When thinking about things, they will naturally think of this aspect.

Everyone has no opinion on the permission of a certain leader to follow up.

It is inevitable to set up a patent fund and collect patent fees.

Moreover, using the other party's technology after paying the patent fee is the correct path, and it is also the path that Huaguo has been developing.

In the simulated space, Han Yuan didn't know that his live broadcast room had already been hacked out by Mi Guo, and a patent fund had been set up just for him.

Having been busy all morning, he finally prepared the remaining basic materials and solutions and transferred them to the dust-free studio corresponding to the needs.

After finishing all the preparations, Han Yuan made lunch first, and then entered the dust-free studio after he was full.

Today will definitely be a very late day to finish work. It is definitely not enough to prepare the 'distributed Bragg reflector' in one afternoon.

Just polishing the mirror surface of the compound periodic structure is not something that can be done in an hour or two.

Even if he can use the nano-scale water milling method to save the constant attention and attention, it will take time.

This is something that no amount of technology can change in Won's mind.

The grinding of optical lenses is not as easy to take shortcuts as other alloy materials or composite materials.

For example, when manufacturing industrial equipment before, if there were no special requirements for alloy materials, Korean won would be directly molded using molds plus powder metallurgy technology for consistent firing.

The performance of spare parts produced by powder metallurgy is not inferior to that of alloys produced by normal smelting, or even higher.

Moreover, powder metallurgy can greatly save his time, and the fired parts only need to be polished and processed by an M1-level multi-axis linkage processing machine before they can be used.

Otherwise, in the past three months or so, even if there were physique enhancements, gene enhancements, and human body development enhancements, KRW would not be able to produce so many things.

After having lunch and taking a nap, Han Yuan officially entered the dust-free studio.

Experts from various countries and companies who were squatting in the live broadcast room focused their attention one after another.

In the case that the basic materials have been processed in the morning, the work in the afternoon is undoubtedly to manufacture the 'distributed Bragg reflector'.

This is the most important link and cannot be missed.

After arranging the prepared materials and instruments, Han Yuan said:

"As of noon today, I have prepared all the basic materials needed to manufacture the 'distributed Bragg reflector'."

"The distributed Bragg reflector is a periodic structure composed of two or more materials with different refractive indices arranged alternately. The optical thickness of each layer of material is a quarter of the central reflection wavelength."

"The 'distributed Bragg mirror' I prepared this time will be composed of two materials with different refractive indices arranged alternately."

"One of the layers is the 'active layer,' which collects light and enhances reflection."

"The active layer acts as a substrate, which needs to be grown on top of the nitride semiconductor mirror device."

"The traditional Bragg mirror 'active layer' materials are generally indium or gallium tungsten. Such as indium phosphide (inp), indium arsenic phosphide/gallium (ingaasp), arsenic/gallium nitride (gaas) and other materials .”

"And the second layer is a 'thin film layer' with a high index of refraction for extreme ultraviolet light."

"In order to ensure high device efficiency, the thin film layer of the mirror is usually made of the same series of materials as the active layer."

"Because the same series of materials have the advantages of crystal structure matching, lattice constant difference, thermal mismatch and stress and other problems are small."

"A distributed Bragg reflector based on bn(al) thin films, including a substrate, and s periodic thin film structures are arranged on the surface of the substrate, where s is a positive integer and s≥1."

"A thin-film periodic structure consists of a low-refractive-index bn film and a high-refractive-index baln film disposed on top of the bn film."

"This repetition and periodic superposition is the way to prepare distributed Bragg reflectors."

"."

After briefly talking about the method of preparing the 'distributed Bragg reflector', Han Yuan added a sentence habitually.

"I don't know if everyone understands?"

In fact, you don't even need to ask the last sentence, it must be nonsense.

Sure enough, when he finished speaking and asking, most of the virtual screens were filled with barrages of complaints.

【Understood! 】

[Abandoned, abolished. 】

[Every time I watch this live broadcast, I feel more and more like a fool (っ°Д°;)っ]

【Confused.GIF】

[Don't listen, don't listen, I won't listen! 】

【Are you sure you're not talking nonsense?Host, why can't I understand a word? 】

[I would like to ask, how to ensure the thickness and periodic arrangement of the active layer and thin film layer?Is it okay to use an ion implanter to ensure molecular defects in the substrate? 】

[Excuse me, besides the silicon nitride material, is there any other material that can be used instead? 】

[I can't learn it with my hands, but he gave you a thumbs up! 】

[Anchor, you are so powerful, can you make me a girlfriend? 】

【You really want to teach us? 】

[Harm, whoring for nothing!Forget it, anchor, I have chopped off my hand and sent it to you, please let him learn it and return it to me. 】

[You are so late upstairs, last time I chopped off my head and mailed it to the anchor. 】

[Oh, by the way, anchor, the head that learned how to prepare lithium-sulfur batteries should be shipped back to me, I haven't learned to waste it yet! 】

On the virtual screen, all kinds of ridicule are mixed with one or two very inconspicuous barrages of knowledge-seeking researchers.

It's a pity that the number is still too small to be noticed by Won at all.

After the preliminary preparation of the general preparation process, Won has already started the substrate manufacturing of the 'distributed Bragg mirror'.

The material used for the substrate is silicon nitride.

Silicon nitride is an inorganic structural material with high hardness, inherent lubricity, and wear resistance.

In addition, it is an atomic crystal material, and it does not react with other inorganic acids except hydrofluoric acid and hot phosphoric acid, and has strong corrosion resistance.

Most importantly, although the production difficulty is a bit high, the raw materials for the preparation of silicon nitride are rotten and cheap.

Silicon nitride material as the substrate is naturally the first step to be processed.

The high-purity silicon nitride material was processed yesterday, and what needs to be done today is to make the first layer of ion implantation coating for the substrate.

The method used is naturally the 'electrothermal-ion infiltration method', which is currently the best choice when there is no high-energy ion implanter.

Originally, this step does not need to be handled in a dust-free studio, it can be done in a normal environment.

It's just that in the process, someone needs to keep an eye on the time and add materials to the ionic solution.

Yesterday, the South Korean won was making basic materials, and there was no time to manage it at all, so it can only be dealt with today.

While processing silicon nitride substrates, Won is processing other materials with the help of a 'multitasking' capability that was only recently developed.

For the 'active layer' on top of the substrate, he used indium arsenic phosphide.

Compared with other arsenides, indium arsenic phosphide composites are less toxic and more light-focusing.

Most importantly, the indium arsenic phosphide composite is a solid solution.

It maintains a liquid state under certain conditions, and can solidify into a solid after contacting the silicon nitride substrate material and the ion plating layer on it, forming a layer of coating film with uniform thickness.

This is the answer to how the experts in the live broadcast room asked how to control the thickness of the 'active layer' and 'thin film layer'.

If he hadn't mastered these things, South Korea wouldn't dare to say that he could manufacture a top-level 'distributed Bragg reflector'.

(End of this chapter)