"Yashan!"

"Xiao Meng, Zhang Qing!"

At noon the next day, Li Yashan, who had been verified in the core area of ​​the Yangcheng Laboratory demonstration reactor, walked in.

The moment she saw Li Yashan, Lin Meng and Zhang Qing put down what they were doing immediately, ran over and held hands to reminisce about the past. The intimate look made Lu Yi, who was wearing protective clothing, jumped straight.

He knew that because he was wearing protective clothing all day long and stayed in the core area of ​​the demonstration repository to participate in the construction task, Zhang Qing and Lin Meng usually applied skin care products after washing their faces. But today he heard that Li Yashan was coming, both of them got up early and put on makeup carefully, and stopped doing their work...

Women, they are all superficial animals!

Lu Yi sighed in his heart, but he didn't dare to go over and let him join in the fun. He walked into the dust-free core area that was already covered and isolated, and explained to the engineer who was assembling the imitation device: "When installing, pay attention to the precision, carefully calibrate it with a laser calibrator, and then check it out with each other after completion. This thing is more expensive than your wife in your family."

"General Manager Lu, we are all singles, I'm waiting for your introduction."

The engineers wearing full protective suits below smiled relaxedly, but the skills they trained in their hands to complete the construction of multiple fission reactors were unambiguous.

"Okay, the construction of the demonstration reactor is completed. I will take you to the Tomorrow Group for a few rounds, with an annual salary of hundreds of thousands. I have participated in the construction of the world's first nuclear fusion reactor. I believe that it will fascinate all the young ladies."

Lu Yi was not at all awkward when talking about this topic. He knew that with these engineers who were struggling on the front line, talking about these topics was the best way to win people's hearts and bring them closer.

Anyway, Lin Meng, Zhang Qing and Li Yashan are not wearing protective clothing outside, so they can’t come in, right?

"I'm looking forward to General Manager Lu's words."

An engineer had assembled a component and checked the installation situation with the person next to him. He pointed to the space he asked, "General Engineer Lu, will the space reserved for the first inner wall be a little larger? This would be a bit too difficult to keep the rear structural layer."

"The first layer of beryllium ceramic alloy is 3.16 mm, plus the composite layer of carbon nanomaterials and nanoceramics, the first inner wall is a bit thicker than the original Tomorrow Star Imitation, but no problem, this star Imitation has reserved enough room for improvement when it was still WEGA."

Lu Yi nodded. The deceleration of beryllium is proportional to the thickness of neutrons. If the thickness of the first layer of beryllium ceramic alloy material is increased to 3.16 mm, the energy consumed by the neutron reduction will be more, and the neutron radiation intensity of carbon nanomaterials and nanoceramics will be lower, and the final persistence will be more than 8 years.

"3.16 mm, there is no problem with heat dissipation caused by neutron deceleration, right?"

The engineer just asked curiously that they had built many fission piles, and sometimes they didn't have to ask the researchers. They could do it by looking at the drawings.

But fusion reactor? See you for the first time in your life.

"No problem, all parameters have been strictly calculated. You can just strictly construct according to the drawing accuracy. After completing each step, you can replace each other and check it."

Lu Yi walked up to him and randomly checked the installation of several parts and explained it again.

The elites mobilized by this group of nuclear industrial groups have participated in the construction of multiple fission reactors. Both rigor and technology can be guaranteed. The relevant plans were under training a few months ago.

Logically speaking, Lu Yi only needs to solve some problems that they don’t understand the final solution, and they should be relieved to the rest.

However, there is actually only one core of the pressurized water reactor, that is, the real nuclear fusion reactor, which is improved based on tomorrow's imitation star device.

I have learned the technology of tomorrow’s imitation star machine. In theory, it is not impossible to make imitation star machine in China, but in fact, imitation star machine involves some high-precision components, but it requires the top batch of industrial master machines in China to complete the processing.

Let this batch of top industrial master machines throw away their original tasks and turn to making imitators. The cost, problem, time involved is difficult to describe.

Therefore, the construction of the core area of ​​the demonstration reactor must be ensured that there is no second chance in a short period of time.

After entering the completely sealed dust-free construction for more than two hours, some problems that engineers did not understand were solved. When Lu Yi saw that everything went well, he walked out.

"General Engineer Lu, General Engineer Lu!"

Li Yashan and the other two were no longer outside. Just as Lu Yi was about to take out his cell phone and call to ask where he was, a middle-aged fat man next to him who had no authority to enter the core area. He was squatting on the ground and sitting foolishly saw Lu Yi coming out and shouted a few times.

"Mr. Pan, what's wrong?" Looking at the CEO of the R&D and Construction Department of the Nuclear Industry Group who suddenly appeared, Lu Yi asked a little strangely.

"General Engineer Lu, I just want to ask, what is the solution for magnetic fluid power generation you mentioned before?"

Mr. Pan asked with a smile on his face: "Now the demonstration stack plan has been finally confirmed. Our construction engineers have work to do, but the brothers in charge of the design plan are very idle. I was wondering if I could find something for them."

"Let them continue to design and study the fourth generation fission...well!"

When Lu Yi was halfway through his speech, he realized what he had been neglecting. With a nuclear fusion reactor, the fission reactor, which is poor in safety, cost, and power, has already entered the brink of elimination.

After a while of silence, Lu Yi shook his head and said, "The magnetofluid power generation plan may have a big impact. Call everyone to the conference room. I'll talk to them about it."

"Okay, I'll let those kids come over now."

Mr. Pan seemed to realize something. His expression was a little nervous when he was happy the moment ago. He hurried to the narrator and took out his cell phone to call the people from his team.

Behind him, Lu Yi took out his cell phone and looked at the time. He sent a message to Lin Meng and the other two with a helpless look and briefly talked about the matter, saying that he would have to be busy for about an hour.

Originally, Li Yashan came here today, and he planned to take some time to go shopping with Li Yashan and the others in the afternoon. Now it seems that it is already evening to get this matter done.

15 minutes later, in the largest conference hall of the laboratory, a group of backbones of the Research and Construction Department of the Nuclear Industry Group sat on a chair and watched Lu Yi like good babies.

"I know everyone has been waiting for me to give the technical framework and attention details of the magnetofluid solution. I already have a general solution, so please take a look."

Lu Yi turned on his computer and connected to the high-definition projector, and projected two three-dimensional structure diagrams marked with a large amount of parameter data.

"The first is the three-dimensional structural diagram of the nuclear fusion transformer water reactor solution. Do you noticed that this area is not there?"

Lu Yi projected a three-dimensional structure diagram of the core area of ​​the demonstration reactor, moved the mouse to a special position marked with a large number of parameters and circled it.

In a general fission pressurized water reactor, it wraps the entire core, that is, the nuclear reactor, heavily, but there is indeed a gap here, just like an O becomes a C.

"This gap corresponds to the filter area of ​​the imitation star device. This improvement has left room for subsequent transformation.

When the magnetofluid solution is mature, we shut down the reactor and replace the new filter to separate and filter the high-temperature plasma helium produced in nuclear fusion. This part of plasma helium with a temperature of up to 100 million degrees Celsius is the energy source of magnetofluid power generation."

Lu Yi magnified the details inside the gap. This part of the structure and parameters involved were all changed by Lu Yi and Lin Meng in the later period. It is a new plan. This is the first time that everyone present has seen it.

The complex structure and densely marked parameters are probably dizzy and their brains will be swollen after a few glances, but in the eyes of this group of engineering dogs from the nuclear industry group, it is as intoxicating as a sexy fruit girl.

"General Engineer Lu."

An engineer looked through the structure carefully wearing low-thick glasses of beer bottles and asked in confusion: "Can our filters reach this level of separation?"

The current pressurized water reactor plan for the demonstration reactor was determined by the joint research by the Nuclear Industry Group and Lu Yi. During this period, they participated in the demonstration reactor plan research and had an in-depth understanding of the filter calculation of the nuclear fusion device.

If the helium core is separated, the heat flow, particle flow, etc. in the plasma is returned, will this filtering performance be too amazing? If you know that the temperature in it is as high as 100 million degrees Celsius.

"You misunderstood the filters."

Lu Yi shook his head, double-clicked the second general scheme of the overall structure of the magnetofluid to amplify it, and said: "After the magnetofluid solution is applied, the filter will return the deuterium and tritium element, and the remaining helium cores and heat flow generated by fusion will be sent into the magnetofluid power generation channel.

In other words, most of the energy generated by the nuclear fusion core will be converted by the magnetic fluid.

The remaining function of the pressurized water reactor is mainly to target the heat generated by the first inner wall beryllium ceramic alloy to reduce the neutrons, as well as the heat released by the reaction of neutrons and lithium in the lithium neutron recovery system in the rear, including the heat generated by the magnetic fluid power generation system that has not been converted to the conversion.

The coolant will take away the heat generated by these systems, then send it into the pressurized water reservoir circulation system, and then drive the machine wheel to generate power.

When the magnetofluid power generation scheme is implemented, the energy output ratio of the entire reactor is 89% to 92%, and the rest is the pressurized water reactor."

As soon as Lu Yi said this, many people present at the Nuclear Industry Group could not help but change their faces.

They are boiling water experts in pressurized water reactors, heavy water reactors, and light water reactors. If boiling water on nuclear fusion reactors becomes an auxiliary function of edges in the future, their treatment and future will be dim all of a sudden.

"General Engineer Lu, will the solution you mentioned be too extreme? I know that magnetic fluid power generation in nuclear fusion reactors will be more efficient than the pressurized water reactor, but magnetic fluid power generation is not without restrictions."

An engineer gritted his teeth and said, "The plasma helium of 100 million degrees Celsius is already terrifying. If the heat flow generated by fusion is introduced into the magnetofluid channel, this part of the heat flow will continuously heat the helium, including the magnetofluid channel, and the temperature will last for a long time and cannot be reduced.

I don't understand how your unfinished solution will solve this problem, but I think there may not be any materials to withstand such temperature for a long time."

"The magnetic field strength increases and the resistance to cutting the magnetic inductive line is increased, and the temperature of the material in the inner wall of the channel will be within the allowable value."

The biggest problem with magnetic fluid power generation is not high temperature. Although the temperature of the helium and heat flow discharged from the filter is terrifying, its temperature is rapidly decaying during the magnetic fluid channel shuttle through and cutting the magnetic inductive line.

Through multiple modeling and analysis with Lin Meng, Lu Yi has determined that as long as the intensity of the magnetic field of the two poles of the magnetic fluid power generation system reaches more than 76.3% of the current constrained magnetic field strength of the imitator tomorrow, then this temperature will not have time to act on the inner wall, and most of it will be converted into electrical energy. Even if the remaining part of the thermal energy acts on the inner wall of the channel, it will be within the material's bearing range.

"General Engineer Lu, how to solve the electrode corrosion?" Another engineer who had some research on magnetofluids asked a question.

"I think everyone should have a certain understanding of the first inner wall scheme adopted by Map Lab before."

Lu Yi mercilessly broke this thought and said, "I asked about the situation in the domestic industry. We cannot play this inside the stellar imitator, but there is no problem in processing the electrode material into a similar moving structure layer on the magnetic fluid power generation system."

In reality, the main thing that plagues the development of magnetic fluid power generation technology is electrode corrosion.

Helium electrons in high-temperature plasma state have detached from the atoms. When heat energy is converted into electrical energy, negatively charged electrons and positively charged nuclei will cause serious corrosion to the electrodes of the magnetofluid power generation system.

However, this problem was inspired by the previous ceramic interlayer solution of Map Laboratory, Lu Yi had already had a solution in his mind.

"General Engineer Lu, I know the first inner wall plan of Map Laboratory before, but this plan is used in magnetic fluid systems, and the operating cost is at least 1.5 billion yuan per day compared with the pressurized water reactor plan..."

An engineer quickly calculated on the draft paper for a while and said hurriedly.

At this moment, they were no longer discussing and learning, but trying to dispel Lu Yi's plan to save their future and job.

"I know what you want to say, but it doesn't make sense. This plan is already unchangeable."

Lu Yi shook his head regretfully and said without giving him a chance: "Through modeling analysis, after adopting this magnetofluid power generation solution, the energy utilization rate of the entire reactor can be increased by about 23 points, that is, the power generation efficiency can be increased by 23%.

I think for a nuclear fusion reactor with a power generation power of up to 3000MW, everyone knows what it means to increase the power generation efficiency by 23%.

Operating costs increase by 1.5 billion yuan per year, which is not worth mentioning at all under the indicator of an increase of 23% of the total energy utilization rate.

This is an industry change, you can't stop it, and I can't stop it.

Instead of resisting, you might as well accept it. I think you who have participated in the construction of the nuclear fusion demonstration reactor have a much better understanding of nuclear fusion than your colleagues.

Next, as long as you study the magnetofluid power generation system seriously, it is impossible to become an expert in the field of magnetofluid power generation for the first batch of nuclear fusion reactors in China.

I'll send this completed plan to your email address. You can study it yourself, but don't think about the techniques mentioned above. I'll register all patents..."
Chapter completed!