Daguo Technology started from the Shanzhai system

"With 4000 billion Xia yuan, 2000 scientific researchers, and 100 academicians, Daxia is fully committed to the research and development of controllable nuclear fusion technology!"

This is the news headline from the New Wolf Portal.

"Daxia quit the (lTER) organization because of it!"

This is the news headline on the Naanhu portal.

At the same time, overseas media are also reporting relevant news.

"For a mere 4000 billion Xia Yuan, one country wants to take over controllable nuclear fusion technology? Ridiculous!"

This is the headline of the Tokyo I Daily News in the island nation.

In the Tokyo Daily News, they ridiculed this big gamble, claiming that it is absolutely impossible to obtain controllable nuclear fusion technology by relying solely on the R&D strength and 4000 billion funds of one country.

"The most arrogant joke in history. Lin Chen claims to develop controllable nuclear fusion technology within ten years!"

This is the headline from Silicon Valley Daily.

They reported in a sarcastic tone that Lin Chen proposed to conquer controllable nuclear fusion technology and generate large-scale electricity within ten years, and to miniaturize the controllable nuclear fusion technology into spacecraft within 15 years.

In the news from Silicon Valley, they gave examples to prove how difficult controllable nuclear fusion technology is, pointing out the fact that the Sugon R&D Center and Daxia alone cannot achieve controllable nuclear fusion technology.

Of course, the media that also badmouthed Lin Chen and Daxia’s inability to develop controllable nuclear fusion technology were not just the Tokyo Daily and Silicon Valley Daily.

In fact, other newspapers around the world, such as Renton Daily, Huanqiu Daily, Lutoushe, Dahan Daily, Deutsch Daily and other media, also reported similar news.

They all claimed that it was impossible to obtain controllable nuclear fusion technology by relying solely on the 4000 billion Xia Yuan of Shuguang R&D Center and the power of Daxia alone.

Everyone sneered at Lin Chen's statement that he would develop controllable nuclear fusion technology and generate large-scale electricity within ten years, and then complete the miniaturization into a spacecraft within 15 years.

And with such negative remarks coming out, fans of Sugon Technology and the people of Daxia naturally feel very aggrieved.

Fans of Sugon Technology and the people of Daxia want to shout that Lin Chen can definitely achieve his grand goal. After all, Lin Chen has proven countless times before that Lin Chen has fulfilled his promise.

But as the saying goes, a lie told a thousand times will become the truth. When the global media said that Sugon R&D Center could not do it, and they did use historical cases to point out the difficulty of R&D.

Even though fans of Sugon Technology and the people of Daxia believe that Sugon R&D Center can create miracles, they are faced with so many negative remarks.

Their confidence began to waver, and many people began to think that the Dawning R&D Center might really not be able to do it, and that controllable nuclear fusion would be a lifelong shame for Lin Chen.

Of course, external remarks cannot actually affect the research and development of controllable nuclear fusion technology.

While the outside world is buzzing with discussions, the headquarters of Sugon R&D Center has begun a major discussion on the research and development of controllable nuclear fusion technology.

“I think we should continue to develop technology for magnetically confined tokamak devices.

After all, we have developed the world's first fully superconducting tokamak EAST (Eastern Super Ring) device in 2006. Taking other routes at this time would be giving up our own advantages. "

The person who spoke at this time was Academician Gong Yuanzu, the former top person in charge of the Oriental Super Ring R&D project.

Academician Gong Yuanzu is not a simple person. He has been studying controllable nuclear fusion technology for decades and is a senior expert in this field.

The so-called Oriental Superring is a fully superconducting tokamak device that was built in Daxia at the end of 2006 and completed acceptance in 2007. It is also the world's first fully superconducting tokamak device. The root of this technology is the T7 superconducting tokamak device developed by Brother Su in the early s.

Because Brother Su was not stable at that time and the people were divided, the technology was eventually bought by Daxia with two cars of down jackets worth 400 million Xia Yuan.

After that, Daxia spent nearly 4 years to successfully absorb the technology of Brother Su’s T7 superconducting tokamak device, and manufactured a domestic T7 superconducting tokamak device using domestically produced materials.

Then in 98, Daxia officially established a project to develop the next generation fully superconducting non-circular cross-section tokamak device HT-7U. This research and development project was later renamed EAST!

The final result is that just like history, the Oriental Hyperloop was completed at the end of 2006, officially passed the test and acceptance in 2007, and set more than ten world records.

The successful development of the Oriental Super Ring, a fully superconducting tokamak device, has directly made Daxia one of the major countries in the international field of controllable nuclear fusion technology.

Because of this, the West will allow Daxia to join the (lTER) organization. Otherwise, how could the West allow Daxia to join the (lTER) organization and share the benefits of controllable nuclear fusion technology?

“Although our Oriental Hyperloop was verified last year and set more than 10 world records.

However, there is naturally a huge problem in magnetic confinement circuits. This huge problem is the problem of normal temperature and normal pressure superconductors.

Without room-temperature superconductors, if our wires want to achieve superconducting properties, they can only be soaked in liquid nitrogen, and the constraint density is not high on the square level.

This form makes our conductors extremely large and bloated, and there are also hidden dangers of instability.

Therefore, without solving the problem of room-temperature superconductors, we will not be able to miniaturize the tokamak device into a spacecraft, and it will be difficult to actually put it into use.

So I suggest that we go directly to the inertial constraint route, so that we can get results quickly and don't have to face the problem of superconductors. "

The speaker at this time was Academician Peng Houjue.

He is a domestic expert in inertial confinement controllable nuclear fusion technology. At the end of the century a few years ago, he proposed a controllable nuclear fusion technology development plan that can be realistically realized by humankind's existing technology and has a high probability of success.

The development plan is to first hollow out a hill, then dig a hole with a radius of 60 to 80 meters from the top of the hill, then inject argon gas, and finally find a small hydrogen bomb with a TNT equivalent of 1 tons and put it in.

At this time, humans spray tens of thousands of tons of liquid sodium from the hole, and finally detonate a small hydrogen bomb. At this time, the energy released by the hydrogen explosion will be absorbed by the liquid sodium, and the liquid sodium can be used to generate electricity.

According to the idea of ​​Academician Peng Houjue, as long as there are ten or eight explosions a day, the energy generated per day can reach 100 million to 200 million kilowatts.

Of course, this technology development idea has not been recognized by the above, because what is the matter of detonating ten to eight 1-ton small-yield hydrogen bombs on our own soil every day?

Moreover, this solution is still too crude. The power generation efficiency and cost are not very good, and it will also produce EMP magnetic storm impact and nuclear pollution.

And the most important thing is that it cannot be miniaturized and installed into a spacecraft in the future, which limits its development prospects.

Therefore, it has been almost ten years since the technology development plan was proposed. The superiors have always disagreed with this technology development plan, which makes Academician Peng Houjue feel quite regretful.

On the other side, Academician Gong Yuanzu heard the other party's naysayers and recommended the development of inertial restraint circuits. He immediately said with a serious look on his face:

"Peng Houjue, do you want to propose your technical development plan for the hydrogen explosion nuclear fusion power station on the hill again?

This thing has no meaning at all, let alone the problem of nuclear pollution caused by detonating an atomic bomb before detonating a hydrogen bomb.

Just miniaturization negates the future of this plan. After all, we will be able to miniaturize and install it in the spacecraft in the future, so stop thinking about it. "(End of chapter)