The 666th experiment on the synthesis of silicon-aluminum alloys failed!

Du Qiu sighed, rubbed his fingers habitually on his temples, looked at the performance indicators of the finished product, and shook his head.

After Xue Ningmei's visit, Du Qiu plunged into the experiment of new materials again, and more than a week passed in a blink of an eye.

The timely arrival of the titanium alloy rotor allowed Duqiu to successfully make a high-speed separator, and after loading the unified magnetic field generator, the initial operation achieved the expected effect.

So Du Qiu began the substantial development process of silicon aluminum alloy.

Duqiu directly procures industrial pure aluminum and high-purity polysilicon as the products of the primary purification and separation process in the replacement dreamland.

In this way, he bypassed the ultra-fine magnetic field module, which is indispensable in the primary purification separation procedure.

Once he has enough high-purity raw materials, he directly proceeds to the intermediate purification and separation process, and then proceeds to the synthesis of the two products.

However, science is never smooth sailing.

Du Qiu's experiments failed again and again, and the performance of the synthesized products simply did not meet the expected index figures.

Even at the very beginning, the index of the synthetic product did not even reach one percent of the expected index, which can be described as a complete failure.

However, Du Qiu was not discouraged, at least the whole process basically imitated the production process of the super machine in the dream world.

It just skips the primary purification process and replaces the primary purification process products with two high-purity raw materials produced by the production process on Bluestar.

Due to the continuous failure of the experiment, during this time, Du Qiu spent all his time in his nightly dreams studying the synthesis process of this alloy material, as well as the primary and intermediate purification procedures of the two elements.

In this way, day and night, the repeated comparison of reality and dreams will correspond the two elemental materials to the dreams little by little.

At this time, after 666 tests, although it still failed, Du Qiu had already skillfully placed the two raw materials under a scanning tunneling microscope for observation again.

Thanks to the timely arrival of the scanning tunneling microscope, Du Qiu was able to carefully examine and compare the raw materials of industrial pure aluminum and polysilicon on the Blue Star with the products of the primary purification process of the two elements in the dream.

In order to find out the differences between the two, and remove them little by little, so that they can be exactly the same as the product after the primary purification procedure in the dream.

He already had a hunch that he was about to succeed.

Unexpectedly, this time it failed again, which made Du Qiu feel puzzled, pure aluminum and polysilicon have been completely consistent with the products of the primary purification process.

Why is it still not possible to achieve the expected indicators after the intermediate purification process and synthesis process?

Although the silicon-aluminum alloy in his hand at this moment already has the properties of steel, this is not good.

Just a material with the same properties as steel, but the cost is 20% higher than steel, who will use this thing?

Du Qiu thought for a while and decided to control the intermediate purified products.

Although it had been compared before, because it was different from the primary product at that time, it was natural that the difference between the intermediate product was not studied more.

Now, when Du Qiu took the time to compare little by little, he finally let him find out the reason.

There is no problem with polysilicon.

The problem is pure aluminum.

After pure aluminum has been treated by Duqiu with six catalysts and two molecular interchangerants, it has reached the standard of primary purification products.

However, in the intermediate purification process, three catalysts and three molecular interchangerants are still processed.

Du Qiu found that although he had carried out such a treatment in strict accordance with the intermediate purification procedure in the dream realm, a certain impurity that should have been replaced by one of the molecular interchangerants had not been completely replaced.

There are still remnants of this impurity in pure aluminum.

It is this reason that causes silicon-aluminum alloys to fail to perform as expected.

It seems that in the actual process, the process in the dream can not be strictly followed, and the number of treatments of the corresponding molecular replacement agent needs to be increased to ensure that the impurities that need to be removed are completely removed.

Because this is not a fixed procedure in the dream world, how much displacer is needed to displace the corresponding impurities.

This requires Du Qiu to conduct experiments again and again to finally determine a certain threshold.

The 888th silicon-aluminum alloy synthesis experiment!

Du Qiu stared at the final procedure, feeling a little nervous.

This time, all the indicators are met, and after the synthesis procedure, is it the new alloy material you want?

At present, the entire production process has been automated, and when the synthesis program is executed, the reactor finishes the synthesis process in a high-temperature and high-pressure environment.

The manipulator opened the reactor and took out the product inside.

A silvery-white metallic substance appeared in front of Du Qiu's eyes.

This is not the first time Du Qiu has seen this silicon-aluminum alloy, he watched as the manipulator sent this metal substance to the inspection process.

All kinds of indicator detection equipment quickly worked.

When Du Qiu saw a series of green lights, he immediately became excited.

At this point, an inspection report is spit out of the printer.

Du Qiu ran over with an arrow and picked it up to take a closer look.

"Hahaha...... It worked! ”

The silicon-aluminum alloy was finally successfully born, and everything in the dream was not an illusion, it was real and believable.

Du Qiu's heart was finally settled, although he had long believed that everything was true and credible, but at this moment he fully recognized it.

The 10-kilogram piece of silicon-aluminum alloy in front of him can be used to make cutting tools for machine tools.

As early as after seeing the properties of silicon-aluminum alloys, Du Qiu was thinking about how to process parts of this material.

Tungsten carbide tools and polycrystalline diamond tools are usually used for machining titanium alloys on Bluestar, of which tungsten carbide tools are widely used because of their low cost.

Considering that silicon-aluminum alloy is 2 times harder than titanium alloy, it also has better resistance to high temperatures.

Du Qiu finally decided to use the spear of the son to attack the shield of the son, and use the same material texture of silicon aluminum alloy to make knives, so that the silicon aluminum alloy can be processed.

Although he has this plan, Du Qiu is still thinking about how to successfully replicate the high-energy laser cutter in the super machine acquisition module.

Then a high-energy laser can be used to process silicon-aluminum alloy parts.

With knives of this material, the crushing link can also be used in garbage sorting and treatment, and there is no need to be afraid of what hard objects cannot be crushed.

Duqiu has already purchased the corresponding tool production equipment, which was originally used to produce cemented carbide tools, and after Duqiu's moderate transformation, it can produce silicon-aluminum alloy tools.

When the silicon-aluminum alloy tools were produced, he immediately switched them to a tool magazine on a machining center.

The machining center then processes a piece of silicon-aluminum alloy according to a pre-programmed program.

It didn't take long for a silvery-white rotor part to be manufactured.

Seeing this rotor, Du Qiu breathed a sigh of relief, and the cost of the high-speed separator could finally be reduced.

It will no longer be a dream to fully imitate the production process in the dream world and produce all kinds of new materials.

In the future, once I find a material with good performance from my dream, I will be able to put it into actual production very quickly.

At this moment, Du Qiu finally had the feeling of owning a world.

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