Virtual library.
Zhou Xing spent more than three hours understanding the specific situation of molybdenite.
Molybdenum is a sulfide, a soft metal with a high impurity content in the raw ore. After oxidative desulfurization and purification, the degree of purification can reach 99.99%. However, its use is only for primary molybdenum chemical products. It must be made into products with semiconductor properties. Molybdenum materials are also processed through certain special manufacturing processes.
At present, the only one in the world that manufactures molybdenum chloeide materials into semiconductor materials is a Swiss laboratory. Six years ago, this laboratory made a very good flexible chip using molybdenum chrysene material under laboratory conditions. It is compact and has excellent performance and energy consumption. However, it has a huge drawback. It will take a long time for this flexible chip to come out of the laboratory and be fully promoted and marketed.
After reading the information, Zhou Xing's head was as big as an ox's.
To conquer AI chips, we must take the lead in making major breakthroughs in the field of materials. Whether it is graphene-based technology or molybdenum-based semiconductor materials, it is a huge challenge.
What should we do? This question is too tricky.
Zhou Xing frowned, feeling helpless and irritated.
Materials are the cornerstone of a large industrial country. A major breakthrough must be achieved accidentally through countless material experiments, and a lot of luck is involved.
After the new material is discovered in the laboratory, the entire development process is followed by the development of new material environmental requirements, production processes, and material production equipment. It is an extremely huge and difficult system project. In just a few years, it takes more than ten years. It is difficult to obtain new materials under laboratory conditions and popularize them.
Just as he was thinking about how to solve the material problem, Zhou Xing suddenly had an idea flash in his mind. He suddenly thought of something that had been forgotten. He had not experienced the micro-particle environmental reaction chamber that he was awarded last time. According to the name of the micro-particle environmental reaction chamber, Literally understood, this reaction chamber has a lot to do with the material.
Zhou Xing was in high spirits and couldn't wait to give the order to the system: "System, send me to the particle environmental reaction room."
As soon as Zhou Xing finished speaking, the environment he was in suddenly changed. The rows of huge bookshelves in the virtual library disappeared. In front of him was a dim and dim virtual space. There was nothing, no margins, no heights. Zhou Xing stood in the In the void, there is no sky, no ground, and loneliness.
"System, where is this? Are you already in the particle environment reaction chamber? How to use this reaction chamber? Where are the instructions?" Zhou Xing looked at the empty space and asked the system in confusion.
"Host, please use your consciousness to inject corresponding material information into the reaction space. The reaction chamber will generate a matching particle environment. Note: Level B permission. The time to observe the particle reaction environment is: 30 minutes per day." The system replied to Zhou Xing.
"Only half an hour, why is it so short?" After understanding the usage of the particle environmental reaction chamber, and then hearing the time limit, Zhou Xing's face darkened and he was very unhappy.
"B-level permissions are only for 30 minutes. If the time needs to be extended, the host is asked to work hard to complete the task and upgrade the permissions as soon as possible." The tone of the system's reply remained unchanged.
"Forget it, pretend I didn't say anything and input the element molybdenum for me." Zhou Xing sighed and continued to give orders to the system.
As soon as Zhou Xing finished speaking, the particle environmental reaction chamber suddenly changed. A gray-black space filled with the movement of giant balls emerged, and thousands of black-gray giant balls came into view.
Zhou Xing was dumbfounded as he watched meteorite-sized spheres whizzing past him one after another, at extremely fast and endless speeds. Hexagonal crystals, charged particles, and atomic nuclei were each extremely huge and moved with a specific rhythm. The scene was magnificent. ,very impressive.
Yes, this is a world of particles whose space is composed of molybdenum elements. Zhou Xing confirmed it without a doubt and was very excited.
Since it is a microparticle environmental reaction chamber, can other material elements be added for chemical or physical reactions
Zhou Xing remembered something, his eyes lit up, and he immediately used his consciousness to give instructions to the reaction chamber to replace two simple elements: oxygen and hydrogen.
Immediately, the particle environment reaction chamber suddenly changed, the molybdenum element disappeared in the space, and the other two elements appeared.
A flow of oxygen atoms carrying eight small spheres, two inside and six outside, collided with countless hydrogen atoms carrying one positive valence proton and one negative valence electron, and then they were separated by one oxygen atom. hydrogen atoms bonded together.
Through the sharing of a pair of electron spheres, the three atoms attract each other, and slowly all the elements become three atoms forming an angle of 104.5 degrees and combine to form a stable water molecule.
The most indispensable substance in the biological world: water, happened under Zhou Xing's eyes. Active water molecules were like space meteorites, constantly passing by him.
Seeing this scene, Zhou Xing was ecstatic. He guessed that he was right. The purpose of this reaction chamber was to provide a close-up observation of the reflection of elemental particles in the world of particles.
If so, the role of the microparticle environmental reaction chamber in the development and research of new materials will be too great, and the difficulty of researching new materials will be reduced hundreds to thousands of times.
Zhou Xing canceled all water molecules and re-introduced the element molybdenum and another type of hafnium oxide into the particle environmental reaction chamber.
Soon the two elements appeared in the particle environmental reaction chamber, and Zhou Xing silently observed the movement of their particles.
"System, can I control the temperature and pressure of this reaction chamber?" When the two substances are combined, the external environment also plays a big role. Zhou Xing thought of something and suddenly asked the system.
"Yes, input environmental conditions into the reaction chamber, and the reaction environment will be generated." The system said in an unchanging tone.
Zhou Xing breathed a sigh of relief, and immediately used his consciousness to issue a temperature increase command to the reaction chamber.
The molybdenum element's monolayer naturally has a large band gap, and its electron mobility is poor. However, using a hafnium oxide dielectric gate can make the single layer of molybdenum have better electron mobility at a certain normal temperature. Greatly improve.
According to this characteristic, after increasing the temperature, Zhou Xing began to observe the movement of microparticles of the molybdenum element.
In reality, in the room, Zhou Xing, lying on the bed, suddenly opened his eyes and woke up with a depressed look on his face.
Half an hour passed in the blink of an eye. Without paying attention, Zhou Xing was kicked out of the particle reaction room by the system.
well! It's a pity that the time you can stay in the micro-particle reaction space is too short. Apart from a deep understanding of the operation of the molybdenum micro-particle elements, I didn't get any unexpected gains this time. Next time you enter, Xiaozhi must prepare suitable reaction materials in advance. formula.
Produced by the system, it is a high-quality product.
Zhou Xing was very excited when he accidentally discovered the role of the microparticle environmental reaction chamber.