Volume 1: Student Life Chapter 356 Find Another One
The first experiment conducted was naturally the experiment for Chen Zhou's graduation thesis.
Speaking of which, Chen Zhou was considered to have been granted special permission.
Generally speaking, how could an undergraduate student’s graduation thesis be so grand?
But Chen Zhou is not an ordinary person after all...
The experiment went smoothly, and after seeing the feedback data, Chen Zhou felt relieved.
Even if the samples were not observed and analyzed through a scanning electron microscope, Chen Zhou felt that there was no big problem.
His outstanding theoretical deduction and calculation ability were once again verified by experiments.
Chen Zhou participated in all the experiments this time.
Without getting any experimental data, he left the laboratory and became a hands-off boss.
After all, if you want to write a brilliant paper, there is nothing wrong with personal participation.
All in all, I spent nearly five days in the laboratory.
Chen Zhou's research topics and ideas have all been implemented.
Finally, Chen Zhou left with a lot of experimental data.
Of course, before leaving, Chen Zhou paid for a meal and took a group of people out for a big meal in order to thank everyone for their help.
However, Chen Zhou's action aroused the emotion of Lin Xiaoen and others.
I just think that this guy Chen Zhou is really rich!
Unlike the research dogs in their laboratory, it is hard to describe...
The experimental verification phase ended, and Chen Zhou's project, like Yang Yiyi's, entered the final data processing stage.
The two of them had almost identical ideas about the timing of their graduation projects.
The only difference is probably that Chen Zhou spends more time on the Jebov conjecture.
Yang Yiyi, on the other hand, was absorbed in her physics research project.
After leaving the laboratory, Chen Zhou also put in his absolute energy and carried out the data processing with absolute efficiency.
The most basic electron beam current, the target beam current of the interaction between electrons and heavy metal targets, the electron charge corresponding to the target beam current, the total voltage, etc.
These experimental data are basically consistent with the results of theoretical simulation calculations.
This is followed by the analysis and experimentation section of Velvet.
This is based on the morphology of different velvets. Conductive treatment is first performed and then vacuum carbon spraying treatment is performed.
Finally, experiments were carried out using the optimized diode at a voltage of 1MV and a cathode-anode distance of 35mm.
Comparing the emission experiments and results of different velvet experimental samples on the diode, it can be seen that the emission beams obtained by different samples under the same emission conditions are slightly different.
Combined with the analysis results of the scanning electron microscope, it can be seen that no matter what kind of velvet sample it is, in the particle accelerator experiment.
The surface of the velvet sample will be completely carbonized in an instant.
Moreover, there is not much difference in the emission conditions. In addition, the diodes are optimized and the maximum difference in the field strength on their surfaces is only 0.05%.
Therefore, velvets of different types and structures produce similar beam intensities and qualities.
Chen Zhou's pen never stopped writing.
It seems as if he is unaware of the passage of time in the outside world.
All he could see were the experimental conclusions that were constantly being written on the draft paper in front of him.
In his mind, there were only various data from this experiment.
[Using the design research of diode model optimization, with velvet sample 3#, under the conditions of diode voltage 1MV and cathode-cathode distance 35mm, the beam parameters obtained are:
The emission beam current Ie=8.52kA, the transmission beam current I8≥3.0kA, and the target beam current I0≥2.3kA are all far beyond the existing beam current level (I8=2.5kA, I0=2.0kA). 】
【……】
As the sky outside the library gradually darkened, Chen Zhou's concentration slowly relaxed.
All experimental data have been processed.
Research on the optimal design of particle accelerator diodes. The experiments on this topic are very ideal, and the only thing left is the final paper.
As for Chen Zhou’s ideas, they may be realized in the future.
But for now, it is better to stay in the theoretical stage.
Chen Zhou put down his pen and looked at Yang Yiyi beside him. Seeing that she was still immersed in the subject, he did not disturb her.
Withdrawing his gaze, Chen Zhou opened the Word document and began to build the framework of this paper.
To be honest, the research significance of this topic lies in providing possibilities for more particle accelerator experiments.
Because of the change in diode performance and the optimization of performance, the application of particle beams will be greatly improved.
On a broader scale, it is the direction of nuclear fusion research; on a smaller scale, it is the linear accelerator, the equipment used in the radiotherapy department of a hospital to treat tumors.
However, Chen Zhou still believes that the purpose of this topic should still be a directional issue.
At 7 o'clock in the evening, Chen Zhou and Yang Yiyi left the library together and went to the cafeteria for dinner.
This is the plan that the two have adjusted in the past two days.
We stayed in the library for a while in the afternoon, then had dinner. After dinner, we went back to the dormitory and continued our work.
After dinner, Chen Zhou returned to the dormitory, put his research paper aside, and opened his collection of wrong questions instead.
Now we can basically say that one has been solved , so next, of course, we have to concentrate on finding the other one.
Moreover, there is really not much time left for Chen Zhou.
It was already mid-April when he returned to school.
By now, it is already the beginning of May and I have basically completed my graduation project in physics.
At most, it will take about a month.
Thinking of this, Chen Zhou couldn't help but feel a sense of oppression.
Although his research on the Gerbov conjecture is enough to publish two or three papers.
Dealing with graduation thesis is no problem at all.
But as for Chen Zhou himself, he still hopes that he can completely solve the Jebov conjecture.
What's more, he is competing with Terence Tao and Zhang Yitang!
Retracting his thoughts, Chen Zhou studied the content about the Jebov conjecture in the wrong question.
Chen Zhou found a very interesting problem.
That is, the collection of wrong questions records all the content he had sorted out earlier.
Even if there are the same formulas and the same calculation steps, they are still recorded in the wrong question collection.
In addition, if we put aside this part, or skip this part.
He can still follow his original ideas and use the distribution deconstruction method to conduct more in-depth research on the Jebov conjecture.
After discovering this problem, Chen Zhou considered it carefully and decided to bypass the problem of this part and continue to study the Jebov conjecture in depth.
When you fail again, look back at the current problem.
By then, there may be new discoveries.
Of course, if other people knew that Chen Zhou did this, they would definitely advise Chen Zhou to think more about it.
Because this is an extremely risky approach.
If this is a global issue, it will be ignored and selectively skipped.
After that, it is very likely that all subsequent research content will go wrong.
By then, all your efforts will be in vain.
But this is only for other people, not for Chen Zhou.
Because Chen Zhou has a collection of wrong questions.
The collection of wrong questions is Chen Zhou’s biggest capital for trial and error!
