On the way to the Deion Beam Polishing Technology Research Laboratory, Su Zhe realized that his whole body was soaked with sweat, as if he had been fished out of water.
There's nothing you can do about this sweating problem.
Arriving at the Ion Beam Polishing Technology Research Laboratory, he walked in lightly.
Everyone is here, but most of them are lying on their workstations and asleep, and only a few people are still working.
Both Bao Zhengyi and Fan Xiaoming who were looking for him fell asleep, and Professor Bao Zhengyi and Professor Bao were snoring quite loudly.
He smiled and quietly exited the ion beam polishing technology research laboratory.
Standing in the visiting passage outside, looking at the people sleeping on the workstations through the tempered glass.
It’s so hard!
It is really not easy to do scientific research.
Seeing this, he wasn't that excited anymore.
After thinking about it, let’s talk about it later!
As soon as he had this thought, his stomach made a series of noises. Hunger instantly filled his body, sleepiness came to his mind, and his eyes became a little blurry.
"Eat breakfast, take a good bath, get some sleep, and then get up and continue." Su Zhe muttered.
Not only do those major discoveries need to be sorted out, he also needs to analyze the reasons for the failure of the first five tests, and it is best to come up with new solutions. After all, his goal is to develop ion beam polishing technology.
After thinking about it, he turned around and left. Before he had taken two steps, he heard someone calling him from behind.
"Classmate Su Zhe! Can you bear running on such a hot day?"
Su Zhe turned around and found that the person calling him was a member of the Ion Beam Polishing Technology Research Laboratory.
The man is in his mid-twenties, tall, thick, and has eyes.
He didn't know what it was called.
He was about to explain that he wasn't running, but he was interrupted.
"Hello, classmate Su Zhe! My name is Deng Jiajia, an assistant researcher at the Optical Lens Research Center." Deng Jiajia said, extending her hand very formally.
Su Zhe shook hands with Deng Jiajia and said, "Hello! My name is Su Zhe, a senior graduate of Nanmen No. 1 Middle School."
As soon as he said it, it always felt weird.
"I know! I know! I also know about you being struck by lightning. I was just curious... Well, I'm sorry." Deng Jiajia said apologetically.
"It's okay!" Su Zhe waved his hand, a little unhappy, "Do you have a problem with me? I'm going to the cafeteria for breakfast."
"It's nothing! I just want to chat with you. Researchers are so stressed out these days." Deng Jiajia smiled awkwardly, "I'm going to have breakfast too, let's go together."
"Really! Let's go together." Su Zhe originally thought that Deng Jiajia was just gossiping, but he didn't expect that he just wanted to find someone to talk to.
On the way to the canteen, Deng Jiajia kept talking during breakfast.
At first, he said that this year’s college entrance examination mathematics was extremely difficult, and then he talked about himself.
I graduated from Shanling University with a bachelor's degree and took the master's degree program from Lingzhou Institute of Technology. After graduation, I joined the Optical Lens Research Center.
He said that he had been doing research day and night for more than a year, and he couldn't sleep well or eat well, and he kept complaining.
At that time, Su Zhe asked: "How is the treatment like after working so hard?"
As soon as he finished speaking, Deng Jiajia became energetic and said: "Okay! Compared with other research institutes and scientific research positions, our salary is much better. A ninth-level assistant researcher like me can get an annual salary of 500,000 yuan." , if we develop innovative technologies, we can participate in technology dividends.”
After saying this, let’s talk about the Optical Lens Research Center, Bao Zhengyi and Fan Xiaoming.
It is said that the optical lens research center will become a world-class R&D center for optical lenses.
Then he went on to say that Bao Zhengyi was so awesome, and that Fan Xiaoming was even more awesome than the average doctor.
Judging from the expressions on Deng Jiajia's praise of the master and apprentice, it doesn't look like he was lying.
Finally, Su Zhe asked about the test.
Deng Jiajia started from the first test a year ago, saying how hard they worked, but they were always just a little bit behind each time.
As we talked, we came to this time, which was the sixth test.
Preparations for this test began two months ago, and the last three days are the most critical.
At the end, Deng Jiajia sighed and said: "Although the data looks good now, I feel it will be a little bit worse this time, but it's okay. I can't succeed this time. If I try it a few more times, I think I can." It worked."
From Deng Jiajia's narration, he knew that the work of scientific researchers is really hard.
996 blessing is nothing!
It's hard to stay in the laboratory 24 hours a day.
Of course, the corresponding benefits must be kept up. You can't think about the horse running away, but you don't want to feed the horse.
After breakfast, it was already eight o'clock, and it took more than an hour to eat breakfast.
After breakfast, Deng Jiajia returned to the Optical Lens Research Center, and Su Zhe returned to the dormitory.
He took a quick shower and lay directly on the bed.
During breakfast, he was very sleepy and kept holding on.
He needs to have a good sleep, there is still a tough battle to fight next.
…
At two o'clock in the afternoon, Su Zhe was woken up by the alarm he set, washed up and went to the cafeteria.
After finishing the meal, he specially bought twenty large steamed buns, and then went to the supermarket to buy a one-kilo pack of White Rabbit toffee.
Along the way, the turnaround rate was 100%, and everyone had to look at him several times.
He didn't care about this at all. He walked towards the Optical Lens Research Center with a bag containing twenty large steamed buns in one hand and a pack of White Rabbit toffee in the other.
Arriving at the optical lens R&D center, Su Zhe put away the steamed buns and white rabbit toffees and filled the water cup with water.
These steamed buns and white rabbit toffee can last for a while.
He decided not to leave the office until he finished eating these big steamed buns and white rabbit toffee.
Regardless of whether he could break through ion beam polishing technology, he would give it a try.
If it succeeds, it will not only help the manufacturing of EUV lithography machines, but also make money.
Before doing this, he first had to sort out the A4 papers on his desk that were filled with formulas and data. He was too excited in the early morning to take care of them.
What he needs to sort out is the model he built and related data.
They are hydrogen atoms and calcium atoms respectively.
The former is when calcium atoms are hit by high-energy electrons of a certain energy in a specific environment to produce X-rays with a wavelength of 1.25 nanometers. Hydrogen atoms in a specific environment absorb X-rays with a wavelength of 1.25 nanometers. After that, the hydrogen atoms release X-rays with a wavelength of 0.02 nanometers. , the hydrogen atoms are displaced.
The entire process is supported by real-life data.
He named the model he built: XX-hydrogen atom vibration model.
And hydrogen atoms absorb X-rays with a wavelength of 1.25 nanometers under a specific environment. After that, when the hydrogen atoms release X-rays with a wavelength of 0.02 nanometers, the hydrogen atoms are displaced.
Among them, the heavy photons predicted in the model are the most critical.
For heavy photons, there are two directions worthy of research, and any breakthrough can win the Nobel Prize in Physics.
They are looking for the mechanism of heavy photons and heavy photons forming in atoms respectively.
The latter is when lead atoms are hit by high-energy electrons of a certain energy in a specific environment to produce X-rays with a wavelength of 1.36 nanometers. Calcium atoms in a specific environment absorb X-rays with a wavelength of 1.36 nanometers. After that, when the calcium atoms release X-rays of 0.1 nanometers, Calcium atoms are displaced.
This model is named: XX-calcium atom vibration model.
Unfortunately, this model is not supported by real-life data and requires special experimental verification.
Once the XX-calcium atomic vibration model is experimentally confirmed, this set of models and heavy photons will be universal and suitable for all atoms.
It’s exciting just thinking about it!
Su Zhe organized the XX-hydrogen atom vibration model and the XX-calcium atom vibration model separately and packed them in folders.
After sorting these out, let’s start today’s topic.
Research ion beam polishing technology.
I clicked on the fifth test data, and when I was about to look at it, my phone rang.
It was a call from the head teacher, Fan Xiaohui.
First, I asked about his situation, and then talked about the college entrance examination results, saying that the results could be checked at 10 a.m. on the 26th, the day after tomorrow.
Finally, the head teacher reminded him that admissions teachers from Qingdao University and Yanda University might come to him in the past two days and tell him not to agree easily if he had not decided to go to that school.
Just like the appointment, the head teacher's call just hung up when his mother's call came.
I said some caring words and finally reminded him to go to the municipal hospital for a review the day after tomorrow.
Not to mention, if it weren't for his mother's reminder, he would have forgotten about the review.
Just as his mother hung up the phone, the head teacher called again, talking about going to the hospital for a review the day after tomorrow.
The head teacher said that she sent a text message to her brother and asked her brother Fan Xiaoming to accompany him to the hospital for a review.
…
After ending the call with the class teacher, Su Zhe adjusted his state.
Starting from the fifth test data, the fourth, third...
Look at them one by one and analyze them one by one.
This time, because of the experience of analyzing the fifth test data, the speed of analyzing the data was much faster.
After analysis and analysis, he also felt that the problem with improving the accuracy of ion beam polishing technology lies in the ion beam.
The ten sets of ion beams used in the five tests all had some problems.
According to public information, the ion beam used by Chase is accelerated by ionization of inert gas.
I don’t know what the facts are.
You know, a lot of this public information is deceptive.
Of course, the analysis results of the five test data also mentioned this issue, but their focus was on the protrusions on the optical lens mirror, which is also the positioning of protruding atoms or molecules.
He analyzed it and found that the first four tests failed. The main problem was indeed positioning.
The fifth time, the reason for the failure was no longer the positioning problem. Compared with the previous four times, the positioning accuracy of the fifth time had met the requirements. The reason for the failure was because of the ion beam.
Su Zhe calculated based on the data from the first five tests and used the set of optical lens lenses with negative ion beams in the fifth test as a template.
He reconfigured the negatively charged ion beam for this optical lens lens.
In layman's terms, it means replacing the grinding head.
