The oxygen content of special steel is 3ppm, which is indeed a concept that is difficult to imagine.

For top-notch special steels, the manufacturing technology and processes are extremely demanding. In the manufacturing process of bearing steel, many steps must be performed in a vacuum, and interference caused by air must be eliminated.

Any small flaw in the operation process will have a huge impact.

Even if there are no flaws in the manufacturing process, the requirements for technology and processes have reached their peak, and in the end the oxygen content can only be increased to 5ppm.

The current 4ppm is unimaginable and can be said to have reached the conventional limit.

Currently, none of the world's highest technologies can break through this limit.

Bearing steel with an oxygen content of 4ppm can already support the largest, most precise, and most demanding bearings.

How easy is it to break through to the highest international level?

In some fields of technology, it is possible for China to catch up with the international level.

For example, the software industry.

If a piece of software appears internationally, it can be quickly developed in China as a reference because the technology involved is not high-end.

High-end material technology is not something you can catch up just by trying to catch up.

At present, there is still a huge gap between the domestic high-end materials field and the highest international level. It is obvious that many domestic high-end materials need to rely on imports.

Obviously.

In the field of materials that rely on imports, domestic companies and scientific research teams have also invested in research and development. Some materials will also be reverse-engineered in the hope that they can be imitated and manufactured. However, most of the research has made no progress at all in a short period of time.

This mainly lies in the overall difference.

First of all, some of the world's top materials companies have a century-old history in materials research, and they have accumulated countless experiences during their century-long history.

At the same time, they also have market support.

With the support of the international market, products can be manufactured to generate profits, and then they can be continuously invested in research and development, forming a mutually reinforcing cycle.

For many companies that have mastered the highest manufacturing technology in the field of materials, their R&D funding, research effort, and R&D time are all amazing.

These are obviously not something that can be achieved or surpassed in a short time and with some financial investment.

The domestic high-end materials field is facing this kind of problem.

The same is true in the field of high-end bearing steel.

The top international companies have spent decades, invested a lot of scientific research energy and R&D funds, and mastered the top bearing steel manufacturing technology. They only rely on one or a few teams, coupled with the support of a certain amount of funds, to catch up or surpass them.

How is it possible?

Even if the manufacturing technology is just catching up, it is already amazing.

Beyond?

Peng Hui would definitely not dare to think about it.

If you truly transcend, you will no longer have any reference, and you will not even have a concept in your mind.

the other side.

Wang Hao didn't have so many ideas.

After Peng Hui's team improved the manufacturing process and process, the oxygen content of the bearing steel produced reached 4ppm. He was a little disappointed to learn the news because it was slightly higher than expected.

"It should be a problem with the manufacturing process, right?"

Wang Hao thought.

But the gap was not that big, so he didn't take it to heart, so he discussed the issue of bearing steel manufacturing with Shi Guifang and others.

Wang Hao divided the discussion into two parts. One part is about adding rare earth elements.

Adding rare elements during the manufacturing process of special steel can effectively increase the toughness of the steel, but it is not helpful in reducing the oxygen content.

In this part of the discussion, Wang Hao mainly hopes to increase his understanding of bearing steel manufacturing.

The other part is directly related, which is to add one or several new processes in the manufacturing process of special steel to see if it can help reduce the oxygen content.

Before, Wang Hao read a lot of information and thought of several methods, so he discussed it with Shi Guifang and others. However, the final result was a bit regretful. The discussion meeting lasted for more than two hours without any progress.

"Academician Wang, there are many methods. We have tried them all, but they have no effect."

"We have also demonstrated the use of new methods. Some methods may be effective, but the cost is too high, and the environmental requirements are too stringent, and they cannot be implemented in a laboratory environment..."

"I think there is a way..."

"However, even if the laboratory environment can achieve real manufacturing, problems may arise later..."

The entire discussion meeting was fruitful. Wang Hao identified several methods that would be helpful in reducing the oxygen content of steel, but the effect was definitely not that obvious.

"Add one or more steps in the middle, as long as there are no counter-effects."

Wang Hao summed it up and said, "When you go back, you can try the method we discussed and then we will talk about it after looking at the data."

"We will."

"Let's experiment when we get back!"

While Wang Haozheng was talking to Shi Guifang and others, suddenly the phone rang again.

By this time, the meeting had ended.

He picked up the phone and took a look, then immediately pressed the answer button, and heard a message from He Yi on the other side, "Academician Wang, the new equipment has been installed, and experiments can be carried out as soon as tomorrow."

"Okay~~"

Wang Hao was still thinking about reducing the oxygen content of the steel, but he didn't react for a while.

After he put down the phone, he remembered exactly what He Yi was talking about. The new equipment at the Anti-Gravity Research Center was in place and new experiments could be conducted.

This experiment was quite remarkable.

The new equipment they manufactured can create more than 75% of the quadruple superimposed anti-gravity field. Simply put, it is four high-end anti-gravity equipment placed in a square shape in four directions to make the anti-gravity field uniform.

By superimposing them together, four layers of high-index superimposed force fields can be created.

"You should also pay attention to the research on superimposed force fields, that is, strong annihilation forces..."

This is the most advanced scientific and technological research in the world.

"Strong annihilation power, magnetization..." Wang Hao suddenly frowned while thinking.

When the magnetization reaction of the superimposed force field was related to the oxygen content of steel, an idea came to mind - the magnetization reaction of the superimposed force field can help the steel continue to reduce the oxygen content.

"!!"

Wang Hao's eyes widened immediately, digesting this unexpected surprise with excitement.

Edge magnetization effect of superimposed force field?

Steel reduces oxygen content?

"yes!"

"If you were to add a process to the manufacturing process just now, no matter what process you know from any information, it has already been used by others!"

"Those procedures certainly can't help!"

"The magnetization effect caused by strong annihilation force is different. It is the effect caused by strong space compression. The specific effect is not necessarily certain. Now it is just creating magnetization..."

"Magnetization is caused by the interference of strong annihilation force, which causes electrons to move in a directional manner..."

"Different substances have completely different reactions to the same magnetization effect. There are too many new fields and new methods to explore!"

"Perhaps we can continue to reduce the oxygen content of steel!"

"..."

After figuring things out, Wang Hao immediately went to the Antigravity Behavior Research Center and saw the newly assembled large-scale equipment.

He Yi introduced, "Academician Wang, this large equipment is modified from the last one. A new anti-gravity device has been added, which is the inverted one at the top."

"Other modifications have also been made. The CW013 we used has a relatively better effect. The anti-gravity field strength produced reached 76.9 points."

"With quadruple superposition, the edge magnetization effect will definitely be more obvious."

He talked about international cooperative research, "Our last data has been reported. The three institutions of Americen, Germany, and Swiss also reported data in the past two days, and the new data has been updated a lot.

"

"Now that there is new research, there should be no worries about cooperation, right?"

"Not here."

Wang Hao shook his head and said, "This is our own research. We will use this device to do a lot of new research." He asked, "By the way, what about the Institute of High Energy? When will they come to install the equipment?"

He's talking about the new laboratory.

The Antigravity Behavior Research Center applied for a new closed laboratory, which is located in a control area fifty kilometers away from the city center.

The new laboratory will cooperate with the Institute of High Energy to install equipment that can create high magnetic fields to study the directional deflection of high magnetic fields to antigravity fields. Combined with high-intensity superimposed force fields, new discoveries may be made.

This is an important part of the study of strong annihilation force.

He Yidao, "We have been communicating and they are preparing, probably next month."
To be continued...