When the Huaguang immersion lithography machine came out, foreign lithography machines finally moved from single-stage lithography machines to dual-stage lithography machines.
The foreign electronic chip industry cheered as if an industrial revolution had taken place, and according to the Wassenaar Arrangement, it would not sell to Chinese companies.
What they didn't know was that Huaguang already had an immersion lithography machine and was preparing to phase out this dual-worktable lithography machine.
Although a new generation of lithography machines has come out, Huaguang did not publicize it like the previous generation of lithography machines, but instead stepped up its use to adapt to the design and manufacturing of new chips.
The dual-worktable lithography machine will not be sold to China?
Wan Feng chuckled.
Once the new lithography machine is ready for production, Huaguang will officially phase out the use of dual-worktable lithography machines, push them into the market, and sell them at low prices to defeat foreign lithography machine research and development companies in one fell swoop.
You won’t sell it to China? Then don’t live anymore. Just die.
For both public and private reasons, it would be better for these foreign companies that manufacture lithography machines to die sooner rather than later.
By August, the mobile phone designed by Yu Zhengdong, which used foreign chips instead of its own chips, also entered the market.
By comparison, the chip with a string of letters produced by Yintel, which is used to replace the domestic chip, can barely meet the requirements of H5555.
If this phone were to be upgraded, its performance would be a bit lacking.
Moreover, its cost is much higher than that of Huaguang's own chips. This is why they have to use the other party as a temporary substitute because they have no other choice.
Considering that it would take a year for the company to expand its production capacity, Huaguang placed an order for one million pieces.
When China withdrew from the Galileo research and development project last year and decided to develop its own navigation system, the whole of Europe was laughing so hard that their jaws dropped to their feet.
They said in a mocking tone that it would conservatively take until 2100 for China to successfully develop its own satellite navigation system, which would be delayed until the next life.
This is not just empty talk but has scientific basis.
China cooperated with them on the Galileo project. The Chinese invested more than 1 billion yuan, but all core departments did not allow Chinese scientists to access it.
How can Chinese scientists develop satellite navigation if they don’t have access to the core technology of satellite navigation?
Therefore, no one in the world believed that the Chinese wanted to develop satellite navigation.
The United States has GPS, and as an ally of the United States, Europeans don't have to bother developing Galileo.
They just need to follow the GPS car.
The reason why Europeans wanted to develop Galileo indirectly shows that they were not confident in the United States, and it also implicitly shows that the two sides were not on the same page.
But you and the United States may be worried, but if you use the same tactics with the Chinese, you will be shooting yourself in the foot.
They think they are smart and can play some tricks or something.
But they never thought that while the ancestors of the Chinese were plotting and scheming, they, the white people, were still picking fruits from the trees.
Europeans arrogantly believed that it was impossible for the Chinese to successfully research Beidou, but Wan Feng believed it.
Although the time is only twenty months, Wan Feng believes that China will be able to successfully research Beidou.
From the project's inception last year to September this year, the Beidou project has been underway for almost a year.
Qin Guanghui's team and Xu Meilin's team, as the two strongest teams in the domestic system field, have worked together and have now perfected all the Beidou navigation systems.
They also returned home in glory and triumph.
Of course Wan Feng had to personally greet such an important matter.
Eight brand new tour buses brought back all the people from the two teams.
Qin Guanghui and Xu Meilin then reported to Wan Feng on their work in Nanzui Zi over the past ten months.
Apart from some things that cannot be said, Wan Feng also has some understanding of the progress of the Beidou system.
The system engineering project that Qin Guanghui and Xu Meilin's team is responsible for has been designed for about 90% of the time, the most important part has been designed and the plan is very perfect.
The remaining projects were handed over to the national team for confidentiality reasons.
After there are no problems with the system, the next step is to design the hardware according to the system requirements and then launch it into space using a satellite.
At this point, Beidou navigation seems to be more than halfway through the process. The next step is to build the hardware and integrate the software system and launch it into space, then there will be no suspense in occupying this frequency band.
In the autumn of 2006, Huaguang had a major scientific research that exploded like a bombshell.
The chemical materials group led by Xue Fengqin successfully developed a high-temperature resistant material.
Originally, Xue Fengqin's team was established to develop protective materials for lithium batteries. The successful development of this material was intended to be used as a carrier for lithium batteries, mainly to solve the problem of lithium batteries being prone to overheating and catching fire.
When Nanwan Group promotes electric vehicles in the future, Wan Feng doesn't want to see electric vehicles catch fire today or tomorrow.
It was not known whether it was an accident or because they tried too hard, but her team and Yang Li's team did not come up with a protective material for lithium batteries, but somehow they came up with a material that can withstand temperatures of 3,000 degrees.
An advanced ceramic hybrid technology.
When this result was reported to Wan Feng, he was stunned for more than ten minutes.
Resistant to high temperatures of 3,000 degrees!
Oh my goodness! What the hell have these guys done?
Xue Fengqin's team has been established for many years, and its annual scientific research expenses are calculated in billions of yuan.
Wan Feng had never asked what their team was researching, but he didn't expect that they would make such a big splash!
If you give them a stick, they can really move the earth.
During this period, it seemed that China had not even figured out the heat-resistant materials that could withstand temperatures of a thousand degrees Celsius, otherwise the aircraft engine technology would never be up to standard.
Xue Fengqin and Yang Li actually developed a heat-resistant material that can withstand temperatures of 3,000 degrees.
After confirming that the material was indeed successful, Wan Feng called Zhu Guoxiong.
Zhu Guoxiong, who was petting his cat at home, almost flew off his chair when he heard this, and immediately called the Shenyang Liming Engine Factory.
A platoon of people came from the Liming Engine Factory overnight.
These people stayed in Nanwan Group for three or four days in a low-key manner, coming and leaving silently.
No one else noticed what happened in Nanwan Group these days, as if nothing had happened.
The stars are still the same stars, the moon is still the same moon, the mountains are the same mountains, and the river is still the same river.
The only change was that at the end of the year, a very inconspicuous piece of news appeared in the news media.
A domestic military-industrial enterprise has solved the aircraft electric motor technology that has troubled my country for many years, extending the service life of my country's engines from XXX hours to XXXX hours.
It's just such a vague sentence.
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