Top Student

If Qi Zhiliang really fully understood all of Xu You's research results, he might feel even more incredible about Xu You's ability.

In addition to condensed matter, Xu You has also made good achievements in quantum physics, optics, astronomy, astronautics, mathematics, informatics and other fields.

It can be said that as long as scientific research is involved, there is basically no dead end for Xu You.

For what Xu You said, there is really no problem with the existing fibrillation detection methods of fiber materials.

However, Qi Zhiliang did not understand how Xu You used the light source to detect the degree of fibrillation of fiber materials.

Professor Xu, can fiber materials be fibrillated by using light waves?

As far as Qi Zhiliang knows, no one has tried to use light to fibrillate fiber materials.

Xu You seemed to be prepared for Qi Zhiliang's question, and replied with a smile:

In fact, if you want to test the degree of fibrillation of fiber materials, you don't have to make the degree of fibrillation of fiber materials very high. If you can accurately predict the degree of fibrillation after the material is tested according to the reaction of the material in the test , may also be a better way.”

Qi Zhiliang didn't understand Xu You's thinking for a moment, after all, it was a method he had never heard of.

Xu You knew that just relying on a few words of his own would definitely not be convincing enough.

Xu You turned on the computer and found out all the data that he had researched and recorded.

Mr. Qi, you can take a look. This is the data we have measured after many experiments. Under our light wave oscillation, the fiber material can also be fibrillated. Although the degree of fibrillation is relatively Other oscillations, such as ultrasound, are less pronounced, but the changes are still visible at the microscopic level.

Qi Zhiliang looked at the picture of fibrillation on Xu You's computer screen, and indeed saw this change.

Of course, if the light intensity is high enough, the degree of fibrillation of the material can even reach or even exceed the degree of fibrillation produced by ultrasonic vibrations. We have also done many sets of such experiments. However, after actual testing It is definitely unrealistic to use a light source with too high intensity. Through many times of analysis and continuous correction of models and formulas, we have been able to accurately predict the fibrillation degree curve of fiber materials through a small light intensity .”

Listening to Xu You's narration, Qi Zhiliang began to gradually understand what Xu You meant.

So, Professor Xu, you are not only using this light source structure to detect the degree of material fibrillation, right?

Xu You nodded and said, That's right, in addition to the structure of the light source, there are also a series of programs that go with it. Through many experiments, we have found the most suitable conditions such as the type of light source, light intensity, and lighting time. .You can test it with the company's team again when you go back.

Even though Qi Zhiliang is already an expert in the textile field, he still feels that Xu You's method is a bit new.

It can only be said that Xu You's thinking is indeed too advanced when dealing with problems.

Professor Xu, can we take your light source structure back first?

Of course, but in fact, the structure of this light source is a bit too simple. The core is the specific parameters and the supporting programs. Because of our limited ability in workmanship, we have not produced particularly beautiful equipment. Your company can use it in the future. The shape of the device is better.

Haha, of course this is not a problem. The workmanship is easy to solve, the key is the core of the device.

Even Qi Zhiliang has not personally evaluated Xu You's new detection method for material fibrillation through the company's R\u0026D department.

But Qi Zhiliang had a vague feeling in his heart that this might subvert the detection methods of the entire industry.

With Xu You's light source structure equipment and program files, Qi Zhiliang returned to Modu Textile Group.

After returning, Qi Zhiliang reported the latest results to the company and applied for experimental testing.

After learning about this, the company quickly approved Qi Zhiliang's application for the experiment.

In order to specifically evaluate this new detection method, Qi Zhiliang needs to compare the differences of these detection methods by performing different fibrillation degree detection methods on the same fiber material.

After a series of experiments.

These new detection methods are indeed far superior to several traditional detection methods.

First of all, in detecting the degree of fibrillation, the accuracy is very high, even more accurate than some traditional methods.

Secondly, in terms of detection time, the time required for this new detection method is very short.

Several traditional detection methods consume time ranging from half an hour to several days.

In fact, in the test, it is impossible to perfectly restore the fibrillation performance of the fiber material in actual use.

Generally speaking, the longer the detection time, the more accurate the detection results will be.

But the long detection time also means low detection efficiency.

But Xu You's method can even detect the degree of fibrillation of fiber materials very accurately within a few minutes.

In addition, this new detection method is also very energy-saving.

Not only the detection time is short, but the power control is also very good.

The power alone is almost only one tenth of that of an ultrasonic oscillator.

This can undoubtedly reduce a lot of energy consumption for long-term batch testing.

Through the company's detailed test of this new detection method, it is determined that this is an applicable detection method for fibrillation of fiber materials, and it is also an accurate and efficient detection method.

Even if this result is not the ultimate goal of the project, it is undoubtedly a very meaningful result.

For this reason, the company decided to first pay Xu You five million Huaxia coins for the related expenses of this project.

This means that this achievement alone brought Xu You a gross income of 5 million.

In the whole process of the experiment, except for the time cost, the cost of consumption is actually not too much.

Most of the five million was Xu You's pre-tax income.

I didn't expect it to be so easy to make money.

Because of the project procedures, the money will be temporarily deposited with the school, and will not be transferred to the laboratory's account until the beginning of next year.

However, this is only a matter of time.

And after completing the research of this achievement.

Xu You is also on Qi Zhiliang's side, communicating about the publication of the results.

For this kind of horizontal project, if possible, Xu You still hopes that the results can be published to the outside world.

Otherwise, it would be a bit boring just to make money.

For Xu You now, money is actually just a number.