Hand rubbing nuclear fusion live in the wilderness

Chapter 484
The first ignition test was successful. After the controllable nuclear fusion reactor ran for six to 10 minutes, South Korea stopped the fusion reactor in accordance with the ignition test rules.

The first one-hour ignition experiment has come to an end, and the goal of the first stage has also been achieved.As the injection of deuterium and tritium fuels stops, the heat accumulated in the fusion reactor chamber is continuously discharged out along with the cooling system.The temperature inside the reactor also dropped rapidly.

Soon, the data sent back by the ion probe showed that the temperature in the chamber of the fusion reactor had dropped from a maximum of 300 million degrees to 500 million degrees, and it continued to drop.

When the temperature drops to the same level as the surrounding environment, the reactor can be tested.

Some viewers in the live broadcast room were a little puzzled by the shutdown of the controllable nuclear fusion reactor, but they soon calmed down under the explanations of other 'Knowing Kings'.

【Oh, it's stopped, it's broken. 】

[Why did it stop?Is something wrong? 】

【Why stop?Hasn't it already generated electricity successfully?You can continue to generate electricity. 】

[Brother, we need to check. This is the first time the host has used a controllable nuclear fusion reactor. After running for a period of time, you must stop and check the equipment inside to see if there is any problem. . 】

[If you don’t check, what should you do if there is a sudden problem in the follow-up operation? 】

[To correct the control parameters of the superconducting magnetic field, to check whether the first wall is damaged, to check whether the magnetic fluid power generation equipment is normal, almost all equipment must be tested. 】

[Although what the anchor does is basically a one-time success, there will be no shortage of corresponding checks every time. 】

Looking at these bullet screens, Han Yuan smiled and said: "Everyone is right, no matter what kind of equipment, after the first operation, it must be inspected to check whether its parts are abnormal or damaged. Whether the systems are running normally, whether there is any problem with the log data, etc.”

"Especially in controllable nuclear fusion reactors, during operation, high-temperature plasma and neutron radiation pose a considerable threat to the first wall, even the gamma-nickel alloy and other materials that I have previously targeted for the first wall The anti-neutron irradiation experiment was done, but after actual use, it still needs to be shut down for inspection.”

"Only after ensuring that all operating data meet the standard requirements can the next step of the experiment be started."

Under the full power of the heat dissipation system, the temperature in the controllable nuclear fusion reactor chamber quickly dropped below [-] degrees.

At the same time, a strong magnetic field was generated, and the superconducting coils, magnetic mirrors, magnetic ferrules and other equipment used to control the operation of the high-temperature plasma in the chamber also stopped power supply.

The shutdown of the controllable nuclear fusion reactor comes step by step. It does not mean that it can stop immediately if you stop the injection of deuterium-tritium fuel.

Stopping the injection of deuterium-tritium fuel is only the first step.The shutdown of equipment such as strong magnetic field generators is the last step.

If the magnetic field control is stopped before the temperature drops low enough, the residual deuterium-tritium material in the chamber will have an almost irreversible impact on the first wall. In severe cases, it is not impossible to cause the entire first wall to be scrapped. .

Science is always rigorous.

It is simply an unrealistic fantasy to stop the operation of a controllable nuclear fusion reactor as long as the injection of deuterium-tritium fuel is stopped, as in the novel.

If you really want to do that, although the fusion reactor will not explode, it will self-destruct in minutes for you to see.

After the fusion reactor was completely stopped, Han Yuan immediately arranged for Xiao Ling and the X-1 industrial robot to inspect the entire controllable nuclear fusion park.

Not only the detailed inspection of the relevant parts of the fusion reactor, but also the power system, cooling system, control system, etc. All systems that have been in operation in the first experiment must be inspected and adjusted once.

Although the inspection work can be handed over to Xiao Ling and the X-1 industrial robot, Han Yuan is not idle, he is also very busy.

He wants to analyze the data fed back from the No. [-] and No. [-] generating units, analyze the helium ash information generated by the fusion reactor, process and adjust the parameters of the magnetron system based on the operation data of the fusion reactor, and so on.

And no matter what kind of work these are, they are quite labor-intensive.

When the initial inspection of the controllable nuclear fusion park was completed, when Won adjusted and changed the parameters of the magnetron system according to the operation data of the fusion reactor, the time had come three days later.

Three days doesn't seem like a long time, but it is assisted by countless X-1 industrial robots and artificial intelligence Xiaoling. If he is alone, the initial experimental inspection will take at least more than a month.

The software and hardware inspection was completed, and the parameters of the magnetic control system were adjusted. After further confirming that there were no problems with the hardware and systems of the controllable nuclear fusion reactor, the second ignition work began.

This ignition not only needs to maintain long-term power generation operation, but also integrates the generated electricity into the base's general power grid for official use.

In this process, the smart core has to handle the quality of deuterium-tritium fuel added and the load of the power grid. The computing power requirements for the smart core are quite high.

However, with the first ignition experiment and the adjustment of various parameters of the magnetron system, the second ignition of the fusion reactor went smoothly.

Under the suppression of the magnetic control system, the temperature in the fusion reactor chamber quickly exceeded 5000 million degrees. Under the high temperature, the deuterium-tritium plasma began to fuse, and a brilliant spark rose again in the controllable nuclear fusion reactor.

After the reaction in the fusion reactor was stabilized as a whole, the generator sets gradually merged, and the amount of deuterium-tritium fuel injected into the chamber continued to increase.

In the base, the gallium lanthanide solar thin-film power generation panels are constantly coming off the assembly line, which means that the energy supply source of the entire base is constantly being replaced.

Although it is very troublesome to adjust different power sources to be integrated into the same power grid for use, under the control of artificial intelligence zero, this transformation is not difficult to handle. An artificial intelligence, in the case of sufficient computer performance Next, the processing of cumbersome data calculations is much faster than humans.

In the blink of an eye, two hours have passed since the second ignition started, and more than 90.00% of the power supply of the entire base has been switched to the controllable nuclear fusion reactor. able to finish.

As the energy supply switching progress increased, the live broadcast room became lively.

[Grid-connected power generation!success! 】

[The anchor uses controllable nuclear fusion, when can we use it! 】

[It's coming soon, isn't the domestic Shenzhen Stock Exchange already doing it?In a month or two at most, Dongguang, a big power consumer, will be able to use it. 】

[It's a pity, if this technology is independently developed by our country, it will be able to surpass the United States in a leap if it solves the problem of energy. 】

[No regrets, the chip problem is solved, and the energy problem is also solved. The development potential of the country is definitely greater than that of the United States. It is only a matter of time before it surpasses the United States, and it will not take a few years. 】

[It's really no pity, when all countries stand on the same starting line, no country can compare with us!No one can stop the development of our country! 】

[I suddenly discovered that controllable nuclear fusion appeared, and I didn't seem to be very excited. Instead, I took all this for granted. 】

【Me too. 】

[The main reason is that this anchor is too strong. You don't even look at how many black technologies he has created before. I even have a feeling that controllable nuclear fusion is nothing at all. 】

[Yes, I also feel this way. 】

[The electric propulsion engine in front is a pervert. I feel that in terms of technical difficulty, it may be more difficult than controllable nuclear fusion. It consumes extremely low power and has high thrust. The only disadvantage is that it requires a lot of air as a working fluid. 】

In the live broadcast room, the audience continued to discuss. Although the enthusiasm was very high, everyone did not show any excitement. Instead, they felt that this was a matter of course.

After all, everyone has experienced six or seven years of live broadcast, and the various technologies displayed in this live broadcast room have already shocked everyone many times over and over again.

In addition to the live broadcast of the controllable nuclear fusion technology, there has been a warm-up period of nearly a year, and everyone's excitement period has long passed.

Han Yuan glanced at the barrage and shook his head. There was indeed nothing wrong with what the audience said.

In the live broadcast in [-], under the continuous stimulation of technologies such as electric propulsion engines, top-level CNC machine tools, and gallium lanthanide silicon solar thin-film power generation panels, the excitement threshold of the audience will also increase.

Although controllable nuclear fusion technology is important, after more than half a year of warm-up, in the eyes of the audience whose threshold has been raised, it is indeed not worth the excitement.

Maybe let the audience go crazy next time, maybe ask him to catch a few aliens?

Han Yuan thought about it, but Xiao Ling's voice in the control room sounded again and drew his attention back.

"Master, the current controllable nuclear fusion reactor is running stably. The energy supply of No. [-] base has been fully switched over. The solar power generation panels and hydroelectric energy have all been offline. A total of eleven sets of fusion reactor generator sets have been activated."

Han Yuan nodded and said, "Okay, the work of the controlled nuclear fusion park and power generation will be handed over to you in the future."

"Got it, Master, Xiaoling will finish the job well!"

Hearing this, Han Yuan smiled, looked at the data and charts on each screen, and left the control room after confirming that there was no problem.

Walking in the controllable nuclear fusion park and looking at various buildings, Won was a little emotional.

It took more than six years and nearly seven years to develop from nothing to establish a base with controllable nuclear fusion, just thinking about it is a dream.

But compared to something like the system, these seem to be nothing.

After all, most of the knowledge for building this base was obtained from the system, and he developed it independently, not much.

Now what Han Yuan is looking forward to more is what kind of level this system can take him to, whether it can take him to see the vast and incomparable universe.

(End of this chapter)