After finding the right direction, Su Zhe picked out the relevant data of the five sets of negatively charged ion beams from the five test data and carefully sorted them out.
Then, based on the characteristics of the optical lens lens used as a template, the material composition of the ion beam and the energy range during processing are calculated, that is, the speed of the ions when they hit the optical lens lens surface.
After analyzing data one by one and calculating parameter by parameter, it finally took eight hours, five large steamed buns, half a pound of White Rabbit toffee, and a full glass of water.
The negatively charged ion beam was deduced by him.
This ion beam material consists mainly of nitrogen, with small amounts of oxygen and neon.
The reason why he was able to calculate it in such a short period of time was partly due to his strong brain power and computing power, and also due to the large amount of data.
The problem of the ion beam was solved, and then the process of processing the workpiece and the processing environment were added.
In layman's terms, it uses relevant data to simulate the processing process of ion beam processing of optical lens lenses.
The result is perfect.
Of course, what he did was all theoretical, and the factors he considered were basically ideal conditions. It is still difficult to implement them in engineering.
For example, there are many practical and engineering problems in the energy control of ion beams and the control of processing environment.
In contrast, he is very weak in engineering implementation.
At this time, he knew that if he wanted to go further on the road of exploring the universe and studying elementary particles, he must master not only knowledge related to science, but also knowledge related to engineering.
Thinking of this, Su Zhe stood up and moved his body.
In any case, he has theoretically broken through the accuracy of ion beam polishing technology. According to his calculation results, using this ion beam polishing technology, the flat mirror surface of optical lenses can achieve a surface accuracy of 0.06 nanometers and a peak-to-valley accuracy of 10 Surface roughness in picometers.
It is much better than the peak-to-valley surface accuracy of 0.12 nanometers and the surface roughness of 20 picometers processed by Zeiss.
And the surface accuracy of processing optical lens lenses can reach a peak-to-valley surface accuracy of 0.1 nanometers and a surface roughness of 16 picometers.
The optical lens processed in this way has more than enough accuracy for use in EUV lithography machines, whether it is flat or curved.
Of course, these accuracies are currently only achievable in theory. The actual effect depends on the engineering implementation.
After completing the theoretical breakthrough in ion beam polishing technology, Su Zhe felt a lot more relaxed.
After the activity, I dried the sweat on my body with a towel and ate five steamed buns with warm water.
At this moment, Su Zhe felt extremely comfortable, both mentally and physically.
I rested on the chair for a while. When I felt a little cold, I sat upright and started sorting out the data.
Organize the material composition of the ion beam, the relevant parameters of ionization and acceleration, and clearly write down the processing process and processing environment parameters.
A total of ten A4 papers were sorted out.
He also gave a famous name: DYN-ion beam polishing technology.
After binding it, I looked at the time and saw that it was already one o'clock in the night.
I originally wanted to go find Bao Zhengyi and Fan Xiaoming, but thinking that they were busy, I gave up looking for them.
Now is the critical moment of the sixth Test and it would be a bad idea to disturb them.
Besides, the DYN-ion beam polishing technology he developed is theoretically feasible but has certain engineering difficulties, at least that's what he thought.
After thinking about it, I decided to wait until the results of the sixth test come out tomorrow before telling them.
After thinking about this, Su Zhe placed the DYN-ion beam polishing technology document in his hand in the folder.
As he thought, he turned off the lights in the office. It was late at night and he planned to go back to the dormitory to sleep.
I thought it would be a tough battle, but it took nearly ten hours, ten big steamed buns, and half a pound of White Rabbit toffee to solve it.
Suddenly, I thought, besides ion beam polishing, are there any other techniques to improve the mirror accuracy of optical lens lenses?
With this idea, Su Zhe's brain started to work quickly, and various possibilities appeared in his mind.
He stood upright at the door of the office, and the light from the corridor shone into the office.
Su Zhe's forehead began to sweat, his face became redder and redder, and gradually, big beads of sweat dripped from his forehead.
After a while, his face turned red and sweat soaked his whole body.
Suddenly, he shook his head violently and muttered, "I can't think about it anymore, I will faint if I think about it again."
Su Zhe stopped thinking forcibly and leaned against the door in a state of exhaustion, feeling powerless and hungry filling his body.
I looked at the time, half past one.
By some estimates, he only had more than ten minutes to think, and he was exhausted in such a short period of time.
The energy consumed by this brain is too exaggerated.
"No! You have to do a good check-up when you go to the hospital for a review. I don't want to die young."
I turned on the light in the office, peeled off a handful of White Rabbit toffee, ate it, and drank half a glass of water.
Sitting on the chair, it took a while to calm down.
He finally understood that he must not think without any clue, as this would only waste his brain power and embarrass himself.
Just like that time when solving Goldbach's conjecture, persisting without a clue will not only fail to solve the problem, but will also cause you to faint.
To improve the surface accuracy of optical lens lenses, it is impossible to only use ion beam polishing technology. There must be other methods.
It's just that I couldn't think of it for a while.
After Su Zhe recovered, he ate five more steamed buns and drank half a glass of water. After doing this, he finally recovered.
After thinking about it, I feel that academics and scientific research really cannot be forced. What is needed is accumulation and inspiration.
It is the attitude of academics and scientific research that everything will work out naturally.
Take the XX-hydrogen atom vibration model he created as an example. Without the previous accumulation and the anomalies he found in the original data, he would not have been able to create it.
There is also the heavy photon. It was just an inspiration at the time. I didn't expect it to have such an effect, making the entire model extremely self-consistent.
To do academic work and engage in scientific research, you need the accumulation of knowledge and inspiration, both of which are indispensable.
Especially when it comes to innovation, inspiration is very, very important, but the arrival of inspiration is prerequisite, and that is the accumulation of sufficient knowledge.
After thinking about this, Su Zhe stopped forcing himself and put the remaining five steamed buns and a pound of White Rabbit toffee in a cloth handbag. He took his extra large water glass, got up, turned off the light, and went back to the dormitory to wash up and go to bed.
When I turned off the lights, I thought, I originally planned to spend two days, but I didn't expect to complete the task ahead of schedule.
It only takes ten hours to fully calculate.
Go back and have a good sleep. When the sixth test is over, he will give Bao Zhengyi and Fan Xiaoming a big surprise.
If the sixth test was successful and ion beam polishing technology that met the accuracy requirements was developed, then his surprise would be the icing on the cake.
If it doesn't succeed, it will be a help in times of need.
Thinking about it, he walked towards the office door.
Bang!
The door vibrated back and forth in the door frame, and the vibration sound was continuous.
"The door made of this kind of vibration is absolutely..."
At the mention of vibration, a flash of inspiration flashed in Su Zhe's mind, and he rushed in excitedly.
