Improve power generation efficiency by 27% at almost no cost!!!

What is this concept?

Qin Ke mentioned some specific data in the preface of the paper. For example, ordinary thermal power stations still mainly use coal to generate electricity. According to industry standards, 1 ton of coal can power 3,000 kilowatt hours, while magnetic fluid power generation devices are used.

, 1 ton of coal can power about 4,500 kilowatt hours.

If we use the conclusion of Qin Ke's paper again, it will become 5715 kWh!

Nearly twice the original efficiency of ordinary thermal power plants!

This will undoubtedly greatly increase the attractiveness and market competitiveness of magnetic fluid power generation devices!

Whether it is accelerating the transformation of traditional power companies into green electricity or expanding the country's strategic energy reserves, this will be of great benefit!

While everyone was still digesting this shocking conclusion, Qin Ke closed the PPT with a gesture and said with a smile:

"Finally, this paper is mainly based on theory. The internal carving curve trajectory of the power generation channel mentioned in it needs to be derived from the fluid mechanics model according to different situations. As for the related technologies and models, I

A patent application has been submitted and pre-accepted. According to the feedback, it is estimated that the patent process will be completed within three months. If you know which company is researching this magnetic fluid power generation equipment, you can ask them to contact Qingdao

Ning Technology, apply for patent authorization. Thank you all, this is the end of my report."

The whole place was in commotion again, and everyone was shocked.

If news of the conclusion of this paper and related patents spreads, it is estimated that all companies that are developing or producing magnetic fluid power generation devices will rush like crazy to purchase patent licenses from Qin Ke.

It is almost cost-free to increase the power generation efficiency by 27%! How much cost is reduced and how much profit is increased?

The development prospects of magnetic fluid power generation are broad, and it will be a big market worth at least one trillion yuan in the future!

Just thinking about the astronomical licensing fees that this patented technology may earn in the next few decades, most people present can no longer remain calm.

Who here is not an industry leader who turns knowledge into money? But the potential income generated by a doctoral thesis is enough to exceed the combined lifetime salary and salary of all the physics professors here.

At this moment, most people forgot that this was a thesis defense meeting. They just looked at the overly young boy in front of them with complicated expressions, as if they were looking at a living myth of wealth creation.

A thought flashed through everyone's mind - if this paper was written by them and these patents belonged to them, they could spend their entire lives without having to worry about money! Even the next three generations would not have to struggle, they would just win at the starting line.

On!

But this can only be thought of. Qin Ke has already submitted a patent application, and even if Qin Ke publishes the complete model, I am afraid that no one else except Ning Qingyun will know how to use it and how to deduce the paper.

The "carved curve trajectory" mentioned in...

The more Qi Wenrui thought about it, the more jealous he became. His body seemed to be undergoing neutron diffraction and synchrotron radiation, and his heart felt more like a poisonous snake biting him, making his face distorted and ugly.

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[I really just want to be a god of learning]

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In the heavy-breathing silence, Academician Wen Xuanping was the first to come to his senses. The old academician coughed lightly and said: "Ahem! Okay, Qin Ke has completed the paper report session and now enters the question and answer session.

, please start asking questions. The judges will start asking questions first. After the judges have finished asking, if other observers have questions, they can continue to ask them."

Only then did everyone wake up from the shock and fantasy of the glittering golden light. Yes, they forgot that they had not yet determined whether the paper was completely correct, and they were almost fooled by Qin Ke's patent-applied words.

However, when it came time to ask questions, Qi Wenrui, including Qi Wenrui, who was burning with jealousy and eager to overturn the conclusion of Qin Ke's paper, suddenly found a very practical question before them, that is - what should I ask?

To be honest, they couldn't understand more than half of the content of this paper.

Although most of the people present are experts in the field of physics, physics has dozens of major and small classification directions and sub-subjects. It is a big deal to be proficient in several sub-subjects in one general direction.

Winners of the country's highest science and technology award like Jiang Weixian, one of the top ten most outstanding physicists in the Xia Dynasty, can be said to be top tycoons in the physics world, but they are only proficient in two major directions: fluid mechanics and physical materials.

On some fine molecular directions such as dynamics, meteorology, etc.

The rest of the academicians and professors are similar. They are only proficient in two or three directions at most. The rest of the sub-subjects can only be said to be "dabbled" at most, but it is difficult to say "proficient".

When it comes to fluid mechanics, Jiang Weixian is recognized as the best in the country. Qin Ke studied under Jiang Weixian. This paper not only focuses on fluid mechanics, but also involves a lot of advanced mathematical knowledge. Even magnetic fluid power generation is a relatively cold direction.

Although the principle of magnetic fluid power generation is very simple, it involves the Hall effect, Faraday's law of electromagnetic induction and other basic electromagnetic common sense, but when it comes to the details, the number of people here who dare to think that they are proficient in it is no more than a slap in the face.

Even Qi Wenrui, who has always been proud of his research on new magnetoelectronic materials, can only say that he has a relatively good understanding of magnetic fluid power generation. If he wants to ask any more in-depth or even provocative questions than this paper, it is already difficult to ask, and even more difficult.

Don't talk about overturning the conclusion of the paper.

After Academician Wen Xuanping finished speaking, the lecture hall fell into a slightly awkward silence.

Qin Ke smiled and said nothing, and did not urge. He just stood with his hands behind his hands, with a calm attitude of "please ask questions."

He dared to challenge everyone present precisely because he took these factors into consideration.

When it comes to fluid mechanics, Qin Ke has completely mastered the S-level knowledge of "Exploration and Detailed Explanation of Nonlinear Partial Differential Equations "Navier-Stokes Equations"" in the first, middle and second parts of the book.

, it can be said that he is arrogant in the world, and Jiang Weixian has made up for his experimental shortcomings. Now when it comes to fluid mechanics, he is already ahead of the blue. To put it arrogantly, in terms of fluid mechanics, all the physics professors in this direction in the country combined

, he is confident that he can defeat them all on his own.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! What’s more, there are no more than ten expert professors here who are good at fluid mechanics and qualified to ask questions.

What profound professional questions can other people, even academicians, ask about this paper?

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[I really just want to be a god of learning]

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The same situation also exists in Ning Qingyun’s paper.

Ning Qingyun got the key points of Qin Ke's constant "thinking resonance" in imparting S-level knowledge. In addition, he was diligent and studious, and had a strong foundation in mathematics. Even though he was far behind academician Jiang Weixian in fluid mechanics, he was better than the other professors present.

Absolutely no problem.

That's why Qin Ke was so bold as to let Ning Qingyun challenge all the experts present.

In the end, things developed as Qin Ke expected. It only took about ten minutes for the eight judges to ask questions. The questions they asked mainly revolved around physics, especially experimental aspects, and did not involve the mathematical part of the N-S equation, nor the mathematical part of the N-S equation.

When it comes to solving the nonlinear equations of magnetohydrodynamics, Qin Ke naturally solved it easily.

Seeing that more than twenty questions had been asked in turn, and Qin Kedong answered them all fluently and flawlessly, Academician Wenxuanping looked at the other seven judges and smiled:

"Everyone, I have no more questions to ask. The level of Qin Ke's paper is too high, and many details are beyond my professional scope. To be honest, I don't think even senior professors can write like this.

A standard thesis. This thesis is for doctoral defense, so it is overqualified."

All the judges had to nod in agreement with admiration.

Everyone knew that Qin Ke was very good at mathematics, the best in the world, but it was only then discovered that his level in physics, especially fluid mechanics, was also incredibly high!

Although these eight old academicians did not say it out loud, they all felt in their hearts that Qin Ke might have surpassed Jiang Weixian in fluid mechanics.

What a terrifying future life!

Fluid mechanics, a subject that originally relied heavily on mathematics, combined with Qin Ke's own mathematical level, produced a powerful "chemical reaction"! This subject may even be pushed to an unprecedented new height because of Qin Ke in the future!

Thinking of this, the eight old academicians looked at Jiang Weixian with envy.

Jiang Weixian received a good disciple like Qin Ke, and not only would he inherit what he learned throughout his life, but if Qin Ke created a new situation in fluid mechanics and became famous in history, then Jiang Weixian, as his teacher and guide, would also be written into physics textbooks.

Become an eternal celebrity!

Academician Wen Xuanping stood up and said to the audience: "We eight judges have no objection to Qin Ke's paper passing the defense. However, according to Qin Ke's original request, we now invite the experts and professors present to ask questions to Qin Ke."

Questions? What questions can I ask?

The professors present looked at me and shook their heads helplessly.

Almost all the questions that can be asked have been asked by the eight old academicians. It is meaningless for them to ask similar questions again. On the contrary, they will be ridiculed by others and misunderstood.

As for some difficult questions that they had not thought about, they did not dare to raise them easily. If they were asked by Qin Ke, they would be humiliated.

Seeing that no one asked questions, Qin Ke smiled slightly: "It seems that the seniors are very tolerant and caring towards me. They are afraid that if you ask questions, I will fail and I will not be able to graduate and get a doctorate. I, Qin Ke, am here to thank you all."

When everyone saw Qin Ke going down the steps, they all breathed a sigh of relief and were about to applaud, but saw Qin Ke change the topic and stare at someone and said: "Professor Qi, if I remember correctly, you said that at the beginning

, you will definitely ask me for advice, why are you silent?"

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[I really just want to be a god of learning]

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Qi Wenrui kept his head down to avoid Qin Ke's sight, fearing that this would happen.

But what are you afraid of? This hateful guy Qin Ke is so cruel and mean-spirited that he will definitely not be able to get off the stage!

Qi Wenrui was itching with hatred, but even though he had racked his brains to find faults in Qin Ke's thesis report ten minutes ago, he had found nothing so far!

There were only two questions he could understand. They had already been asked by the judges, so they couldn't ask them again, right?

Under the gaze of countless eyes, Qi Wenrui's face turned as red as pig liver. But he would never be willing to give in!

Qi Wenrui finally asked a question: "In your experiment, why didn't you consider using diversified magnetoelectric materials, such as BiFeO3, as the material for the power generation channel?"

As soon as this question was asked, Qi Wenrui's mind flashed, and he asked: "Using diversified magnetoelectric materials as power generation channels, and coating the inner wall with perovskite oxide materials to achieve a large-area periodic domain structure array, theoretically

It is said that it can also improve the efficiency of electric energy conversion, but why didn’t you mention it at all in the paper? Did you ignore this important direction?”

New magnetoelectric electronic materials are Qi Wenrui's professional direction. The more he talked about it, the more excited he became. He felt as if he had discovered a new world.
To be continued...