267: Created a miracle!

Currently, this method for Titanium-Aluminum Alloy.

It is an alloy where Professor Guo Hao, after extensive Mathematics modeling calculations and a large number of experiments, re-alloyed the material.

Its performance is not much different from the Titanium-Aluminum Alloy after using a catalyst, and more importantly.

The key to this Titanium-Aluminum Alloy is not a catalyst, but another metal.

Tungsten!

By adding just a little Tungsten powder, combined with some other metals, this Titanium-Aluminum Alloy can be successfully manufactured!

This process requires extremely high precision in processing equipment.

It cannot be produced using rough smelting methods.

The effect is very good.

General Wang and Academician Liu had received the news early and rushed over, both showing excitement on their faces.

Academician Hua also came, but his expression was very complex, hard to say if he was happy or uncomfortable.

Unexpected!

Guo Hao, this young man, actually managed to make it happen!

And it wasn't done through the catalyst route, but surprisingly, with a brand new Titanium-Aluminum Alloy material!

By introducing other metal materials, acting as a brand new catalyst, or rather, re-smelting the alloy material.

Actually, this Titanium-Aluminum Alloy should be renamed, Titanium-Aluminum tungsten alloy, belonging to a ternary alloy.

It's just that Tungsten accounts for a very low proportion in this new alloy.

And it is added through extremely complex processes.

This was an inspiration Guo Hao had during a certain metal smelting process before; in the process of pyrometallurgy, there is a special technique called blowing.

According to the Mathematical model established by Guo Hao.

The reaction between Tungsten and Titanium-Aluminum Alloy has only a very narrow window period.

Currently, in scientific research, the main method used for casting Titanium-Aluminum Alloy is the Cold Hearth Melting method, abbreviated as CHM method.

Because of the pollution of raw materials and metallurgical inclusion defects in Titanium and Titanium Alloy ingots caused by abnormal smelting processes, the application of Titanium and Titanium Alloys in the aerospace field has been continuously affected.

The biggest feature of the CHM method is the separation of melting, refining, and solidification processes, meaning the melted charge first enters the hearth for melting, then enters the refining zone of the cold hearth for refining, and finally solidifies into an ingot in the crystallization zone.

A significant advantage of CHM technology is the formation of a solidified shell on the cold hearth wall, whose "viscous zone" can capture high-density inclusions such as WC, Mo, Ta, etc.

At the same time, the prolonged residence time of low-density inclusion particles in the high-temperature liquid ensures that low-density inclusion particles are completely dissolved; the purification mechanism of cold hearth melting can be divided into two types: specific gravity separation and dissolution separation.

This method is relatively excellent and can solve the metallurgical inclusion defects in Titanium and Titanium Alloy ingots caused by the pollution of raw materials and abnormal smelting processes.

And Guo Hao's method is to use the blowing method during the smelting process, changing the process of blowing oxygen into the high-temperature furnace.

Instead, during the process of blowing in oxygen, Tungsten powder is completely blown in.

During this process, Tungsten and Titanium-Aluminum Alloy are completely combined.

Their properties are also greatly affected.

This method was also conceived by Guo Hao during actual experiments, because according to his experimental results, in terms of data.

After adding Tungsten, the performance of Titanium-Aluminum Alloy becomes better.

But how much to add and how to add it specifically, these results cannot be obtained simply from data.

Guo Hao could only go to the front line himself, conduct experiments, and personally familiarize himself with and modify the smelting process.

Eventually, he improved the smelting process.

This batch of Titanium-Aluminum Alloy is the first batch after the improved process.

The effect is excellent.

The next step was to try increasing production.

The results greatly surprised General Wang and Academician Liu.

Guo Hao's improved process still had very good results during mass production!

The produced Titanium-Aluminum Alloy ingots have excellent performance, which can be said to be equal to or even surpass the performance of the Titanium-Aluminum Alloy from their Laboratory before!

"Professor Guo Hao, you are truly a great contributor to the nation!!!"

General Wang held Guo Hao's hands with both of his, his eyes filled with excitement.

He had originally been desperate; if the Laboratory material was proven unable to be mass-produced, then the entire project would face cancellation or a complete overhaul, in which case.

Not only would the nation suffer significant losses.

His personal reputation would also suffer a huge blow.

It can be said that both the nation and his personal future would be affected.

After all, the research and development of new materials is never a small matter; it is the result of luck and theory working simultaneously.

Originally, General Wang had given up hope for this project, but unexpectedly.

Guo Hao was actually able to solve the material problem!

General Wang looked at Guo Hao with burning eyes, and Academician Liu, standing nearby, also looked at Guo Hao with a glimmer of excitement in his eyes.

He had originally thought that in the field of metal smelting, a young man like Guo Hao, even if he was a genius, probably wouldn't be able to solve the problem between the Laboratory and practical application.

Unexpectedly, Guo Hao, this mathematician and Materials Science expert, was actually able to improve the smelting process!

And it was a result obtained by completely recalculating everything from scratch himself!

Academician Liu had already overestimated Guo Hao as much as possible, but unexpectedly, in the end, he still underestimated Guo Hao!

This young man can truly create miracles!

Helping him solve the nano-coating problem last time was not a coincidence or an accident!

It was an inevitable result!

This young man is too amazing!

It's a good thing he didn't offend him severely back then; it was like reining in a horse at the edge of a cliff, and in the end, it turned out to be a case of getting to know each other through conflict, and their relationship is actually quite good now.

Thinking of this, Academician Liu smiled on his face.

However.........

At this moment, he thought of something and slowly turned his gaze towards Academician Hua next to him, a trace of sympathy appearing in his eyes.

His old colleague, this time, has hit a snag.

Honestly, even now, Academician Liu doesn't understand why Academician Hua suddenly questioned Guo Hao about the paper in front of him and General Wang.

If he was truly puzzled, or felt that what Guo Hao did was inappropriate, or suspected Guo Hao of academic misconduct, he should have inquired privately no matter what.

Perhaps it was due to the arrogance of an Academician, or a condescending attitude, the dignity of a senior?

Thinking of this, Academician Liu sighed slightly.

Unless Academician Hua apologizes and admits his mistake to Guo Hao in person, perhaps Guo Hao might still forgive him, but......... seeing Academician Hua's expression, Academician Liu understood.

Asking Academician Hua to apologize to a junior like Guo Hao would probably be more painful for him than killing him.

Shaking his head, Academician Liu cast these thoughts aside.

Academician Liu would not get involved in this matter; he did have some relationship with Academician Hua, but he had already said and advised what he should have privately before.

If Academician Hua wouldn't listen, what else could he do?

He could only respect and wish him well!