Before returning to the college entrance examination, I became popular in the science circle

"Okay!" The two academicians expressed admiration. Such a young and outstanding scholar can still maintain the original intention of striving for excellence and build a solid foundation, instead of leaping into the void building based on his talent. Why don't they support it?
  The two academicians applauded in their hearts and felt more at ease about following Wu Tong in doing projects. Although Mr. Wu is young, he is extremely talented, achieves outstanding results, and is steady and reliable!
  "The Oriental Ring has just carried out a mission and is currently undergoing a comprehensive cooling and overhaul. It will not be able to carry out the second mission for a while. Academician He, where is SST-1?" Wan Funian analyzed the current situation realistically, and the current tokamak device in China .

One is their Oriental Ring in South China, the other is the International Thermonuclear Experimental Reactor ITER, and the other one is the SST-1, which was just established by the Southwest Institute of Nuclear Physics. It has not been heard of performing a mission this year!

"Then send the samples to the Southwest Research Institute. We originally planned to start an ignition test recently. If we hurry up in the next two days, we can still ignite directly!" Academician He naturally would not hold back and immediately responded. Fortunately, They are almost ready, so there won't be much problem if they are pressed for time.

"Excuse me, please congratulate the academician!" Wu Tong thanked him and immediately decided that she would lead the team, accompanied by the core members of the team, and go to the southwest in person to conduct the final material verification and data statistics.

Wu Tong didn't need to go there in person. However, she wanted to experience the ignition of the tokamak device and the current situation of the fusion reaction in reality, so she decided to go to the southwest once in person for a fusion ignition. In view of the current domestic situation Speaking of which, it’s still not easy.

Chu Hengyuan immediately wrote down, "Please confirm the time, Academician He, and I will pick up the special plane and take you to the southwest. It is not convenient for Mr. Wu to take civil aviation!" Although the research is currently closed, Mr. Wu's security level has been adjusted accordingly. This is the first time he has stepped in front of people and improved again. Civil aviation cannot guarantee Mr. Wu’s safe travel.

"Okay, Chu, I'll contact you as soon as I've made arrangements!" Academician He agreed with understanding. They knew very well that a genius like Wu Tong, who was almost as good as a nuclear weapon, had to be protected!

It happened to be a flight there once. Before the trip, Wu Tong and her team prepared some special lithium tablets. These were prepared for experiments together to verify the capacity ratio of liquid lithium to neutron recovery. She needed exact data to fill in the The design model of the liquid lithium recovery system, even with Wu Tong's absolute derivation, cannot be deduced out of thin air without data support. She is not an omniscient god.

Making the best use of everything, Wu Tong can be said to have used this ignition test thoroughly. This also made the cooperating Academician He laugh. Wu Tong has already inherited the virtues of diligence and thrift from his predecessors at such a young age.

After confirming the arrangements for the materials, Wu Tong confirmed that the supervision and management of the project was handed over to the supervision of the two academicians. Wu Tong put all her efforts into the Nanguan project. She was sending away the two academicians and Chu Bu. After that, I had time to talk to Lu Xiao. Plasma confinement is also a big difficulty.

How to better constrain the fusion reaction so that the fusion reaction occurs within the control of the plasma confinement program, and try to reduce the pressure on the first wall.

"Brother Lu, thank you very much!" This is to thank Lu Xiao for his strong support at the meeting, and to thank Brother Lu for his continued trust in her!
  A smile spread across Lu Xiao's brows, "Isn't this what it should be? I have full confidence in Mr. Wu. This is because you have given me enough trust, isn't it?"

After a brief chat to reminisce about old times, Lu Xiao and Wu Tong got down to business. Their time was basically spent on the collision of ideas. Two people of the same level communicated and thought about the lightning-like operation. What you said made me understand immediately. What I said brought sparks of inspiration to you. This kind of collision is the ultimate enjoyment of progress. "Research on plasma, I now have a preliminary design idea, let me explain it!" Lu Xiao took out the laptop he brought with him, opened the research and development information, and began to explain his current breakthrough to Wu Tong.

Particles in plasma have kinetic energy. Without a strong binding force, they will move around and spread out.

In the fusion reaction, the limited magnetic field cannot provide full force and can bombard the walls of the vacuum chamber, causing the loss of both the number of plasma particles and their energy.

Thermonuclear fusion reactions in the sun and other stars rely on gravitational fields to constrain plasma. The masses of these stars are very large, and their gravity is also very strong, which is enough to restrain the plasma together and carry out thermonuclear reactions.

However, it is impossible to constrain the high-temperature plasma on the earth by weak gravity and make it undergo thermonuclear reactions. Other constraint methods must be used.

The main methods of confining plasma in thermonuclear fusion research are magnetic confinement and inertial confinement. There is also an antonym of thermal fusion. In low-temperature plasma film or etching technology, magnetic confinement methods are sometimes used to reduce the loss of plasma particles and energy.

However, the technology of low-temperature fusion is currently also a difficult barrier. The difficulty is higher than that of thermonuclear fusion, which is from zero to something. It is a technology that still exists and is still imagined. Wu Tong made a mark in his heart, When she develops thermonuclear fusion, cold nuclear fusion will be her extended topic.

For Wu Tong, projects are all based on needs and interests. If you are inspired, you will devote yourself to research and make breakthroughs. The sense of accomplishment is incomparable! Wu Tong likes that in such a field, when she browses through the peaks one after another, it makes people feel happy and joyful!

"The current international mainstream, magnetic confinement is a method that uses the interaction between a magnetic field and plasma to confine plasma to a certain area. Mainly, the Lorentz force exerted by the magnetic field on plasma particles can cause the particles to rotate around the magnetic lines of force and be The magnetic field is constrained; the magnetic stress of the magnetic field can exert a macroscopic force on the entire plasma to constrain the plasma!
  If there is a current in the plasma, the interaction force between the plasma current and the magnetic field generated by itself - the pinching force can pinch the plasma, that is, restrain it; the magnetic mirror effect can make the plasma charged particles whose speed meets certain conditions It is reflected back in the strong magnetic field area, constraining the particles.

Magnetic confinement can only constrain plasma perpendicular to the direction of the magnetic field, but cannot constrain plasma moving along the direction of magnetic field lines..." After Lu Xiao gave a brief introduction, he went on to the focus of his idea.

"Speaking of which, plasma is also a turbulent problem. I want to determine a coordinate core based on macroscopic quantification to perform plasma calculations. This part of the mathematical model, Mr. Wu, is your specialty. I need your help!"