Great country technology, I have a system where hard work pays off!

"Chemical Vapor Deposition?" Ni Guanghai, the director of the technology research and development department, asked with surprise.

Although Ni Guanghai didn't understand how to research and develop graphene, he had been cramming on related knowledge of graphene because Geek Technology Company had vigorously entered the graphene field.

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Therefore, he naturally knew that although the chemical vapor deposition technology research and development route was one of the methods with the highest mass production and quality among many graphene manufacturing methods.

But the disadvantage is that the research and development difficulty is very high.

After all, the world is like this, the easy-to-research technology route will have problems such as low quality or high processing difficulty.

Among them, those technology research and development routes that are balanced or excellent in all aspects are very difficult to research and develop.

The manufacturing difficulty is also very high.

Among them, chemical vapor deposition is a technology research and development route that is excellent in all aspects.

Using chemical vapor deposition can carry out ultra-large-scale mass production of graphene materials, and the upper limit of graphene materials is also higher than other technology research and development difficulties.

But the defect is that the research and development difficulty is too high, and the manufacturing difficulty is also too high, which is simply a super disaster for many companies with insufficient strength and funds.

Shaking his head, Gao Nian slowly explained:

"Chemical vapor deposition is naturally suitable for producing graphene films, and it is also naturally suitable for producing three-dimensional graphene. It was indeed very difficult for us to take the chemical vapor deposition route at the beginning, but it saved a lot of effort in the later stage. Graphene film is actually a thin layer or multiple layers of graphene, while three-dimensional graphene is a three-dimensional structure.

This is like a piece of paper being crumpled into a ball shape or other messy shapes. One is a two-dimensional planar structure paper, and the other is a three-dimensional structure lump.

Among them, a thin layer or multiple layers of graphene film has super extensibility, just like a piece of paper with good bending performance up and down, and there are no obvious pores.

Therefore, graphene film is naturally suitable for manufacturing semiconductor materials, chips, electronic components, display screens, flexible electronic devices, etc.

And three-dimensional graphene has a rich pore structure and a super high specific surface area because of its special three-dimensional structure.

Therefore, it is naturally suitable for the energy storage field, that is, to manufacture super lithium batteries or super capacitors, etc.

Of course, because of its special three-dimensional structure, it is also very suitable for combining with other materials to form super composite materials with excellent performance.

But unfortunately, the mass production problem of three-dimensional graphene was not solved until 2016 in the previous life.

This proves that the research and development difficulty of three-dimensional graphene is very high, and there is still a long way to go for graphene to enter the battery field and the super capacitor field.

But in any case, Gao Nian has to solve the mass production problem of three-dimensional graphene.

Because although the thermal conductivity of graphene film is the strongest known in nature, it is only the strongest planar thermal conductivity.

And many things you see look flat, but they are actually not flat.

When you zoom in with a high-power microscope, you will see that the surface of an extremely smooth object is actually a hilly area with pits and bumps.

This kind of 'unevenness' does not seem to affect anything on the surface, but when the heat dissipation capacity is required to be high, the difference in heat dissipation capacity will be quite obvious.

Therefore, in order to solve the problem of poor heat dissipation caused by the unevenness of the metal surface, a layer of silicone grease must be applied to the computer's processor for heat conduction.

The purpose is to use small silicone grease with strong thermal conductivity to fill the uneven surface of the metal material, so as to transfer the heat under the metal material's pits to the heat sink.

At this time, three-dimensional graphene obviously also plays the same role.

Geek Technology Company needs them to fill the uneven places like silicone grease, so that they can dissipate heat evenly.

So, whether it is graphene film or three-dimensional graphene, Gao Nian has to solve it.

This is also the reason why Gao Nian wants to take the chemical vapor deposition technology research and development route.

After all, if you take the chemical vapor deposition technology research and development route, both graphene film and three-dimensional graphene are common technology research and development routes.

Therefore, there is no need to develop a new technology research and development route for three-dimensional graphene.

From a long-term perspective, this naturally saves time and effort, and is an option that is difficult first and then easy.

"Since the boss has already decided, then I have no opinion." The director of the technology research and development department, Ni Guanghai, said, and then began to report on the graphene-related technology patent licensing and the acquisition of graphene companies.

And Gao Nian also carefully looked at the information, and the research and development ideas in his heart became clearer and clearer.

Time passed slowly like this, and in a blink of an eye, three months had passed, and time quietly came to February 2, 2013.

On this day, in the Geek Appliance direct-sale stores and Internet online shopping channels of Geek Technology Company.

Geek Smart S3 smart phones, Xiaomi M2 smart phones, Geek desktop computers, Geek notebook computers and other products all had 'sold out' signs hanging on them.

As a result, major media around the world reported on this matter.

Their headlines were all themed on the decline of Geek Technology Company, regretting the encounter of Geek Technology Company.

And these media reports naturally plunged countless Chinese people into anger.

TSMC once again topped the cusp of the storm, and the name of Zhang Zhongmou, the president of TSMC, in the mouths of Chinese netizens,

has been equated with the traitor, etc.

Countless Internet self-media, paper newspapers, radio media, and well-known big V's have accused and scolded TSMC, scolding the national sinner Zhang Zhongmou.

It can be said that in this period, scolding Zhang Zhongmou has become a kind of correctness. Whoever dares to say good things for Zhang Zhongmou is a sinner of the nation and cuts himself off from the people.

Therefore, the Internet is full of uniform scolding and accusations against Zhang Zhongmou, accusing TSMC.

But if scolding is useful, there would not be so many tragedies in this world, and there would not be so many things that make people grit their teeth.

The condemnation and censure of the Chinese people cannot affect Zhang Zhongmou's position as president, nor can it affect his work and life.

At most, when traveling, many Chinese tourists encounter him and scold him for being a traitor and a sinner of the nation.

But can these words hurt a hair on his body?

No.

He still drinks his wine, hugs his women, and lives his luxurious life.

As long as you ignore those gossips, then everything can be ignored.

And Zhang Zhongmou does this very well, so nothing has changed. He is still sitting firmly on the Diaoyutai and is still the president of TSMC.

Of course, although the position of president of TSMC has not changed, the stock price and market value, and even the market position of TSMC, have undergone great changes.