You say you have an iron will, are you serious?

Chapter 409 Electromagnetic ejection identification
Key Laboratory of Ship Integrated Power Technology, a secret base.

In the factory building, a small experimental device covering an area of ​​more than ten square meters is standing out. It has a strange shape, a brown and blue appearance, cold and cold, and very powerful.

"Academician Ma, is this the new electromagnetic ejection device you designed?"

Zhao Mo looked at the experimental device in front of him curiously, with a rare expression of interest on his face.

Academician Ma on the side brought a stack of drawings over, handed them to him to look at, and said: "Yes, this is the device I designed based on the room temperature superconducting material developed by you, Academician Zhao. Please help me take a look at the design principles and plans. This new ejection device reduces energy consumption by 80% on the original basis... If placed on an aircraft carrier, it can nearly double the endurance time..."

“There’s a lot to be done~”

Zhao Mo praised, took the drawing and started looking through it.

Electromagnetic ejection is not an advanced theory, but it is a very advanced technology, just like controllable nuclear fusion.

The only difference is that controllable nuclear fusion is really difficult to achieve, while electromagnetic ejection has already been achieved, but it has not been used on a large scale.

The principle of electromagnetic ejection is that a current-carrying wire is stressed in a magnetic field and uses the induced electromagnetic repulsion generated by huge instantaneous changes in magnetic flux to eject the target.

Later, he immediately thought of applying room-temperature superconducting materials to electromagnetic ejection. This would undoubtedly greatly reduce the loss of current during transmission and improve the endurance of electromagnetic ejection, so he immediately started research and development.

In the outside world, everyone has the impression that there is only one company that is playing, and that is America, and it has already begun to be practical. That is the Ford-class aircraft carrier that started construction in 2005. It is known as the most advanced aircraft carrier in the world and is expected to cost 137 Billion dollars! With a research and development cost of 32 billion US dollars and a construction cost of 105 billion US dollars, it is undoubtedly the most expensive ship ever built in the world, bar none!

“…medium voltage DC power supply”

Academician Ma asked with a smile. At the same time, he glanced at his watch without any trace. From the time he handed the drawings and information to Zhao Mo to the time Zhao Mo returned it to him, it only lasted fifteen minutes. He couldn't help but secretly sighed: "It's so fast." Just finished reading it? They say he is extremely intelligent and a genius, and it seems to be true!"

"what's up?"

This is mainly used on aircraft carriers and is designed for combat.

Many times, the reason why many exciting and important weapons of great power come out is due to the unknown preparation work in the early stage.

In the public opinion of all countries in the world, the Ford aircraft carrier is undoubtedly the most advanced aircraft carrier. The electromagnetic ejection it uses is the most advanced ejection technology. No other country can match it. The difference is thousands of miles.

In our country, the same public opinion exists, without exception.

The chief surgeon was none other than Academician Ma, who invited Zhao Mo to come and see the "new electromagnetic ejection experimental device".

What I have to say is that Academician Ma’s design is almost perfect and achieves a very good combination of theory and practice.

According to the original historical process, after the second aircraft carrier, which was actually the first aircraft carrier designed and built by us, was successfully tested, my country's third aircraft carrier Fujian directly skipped steam ejection and adopted electromagnetic ejection. Ejection technology. All this development is inseparable from the arduous early research of academician Ma and other scientists.

The real situation is that we have completed the theoretical demonstration and R&D trial production of electromagnetic ejection in 2008, and the prototypes have been built.

Although some of them could be optimized through his calculations, considering that these would excessively increase the difficulty of the manufacturing department, he did not declare it to his mouth. Then he stacked up the drawings and gave them to Academician Ma: " I think it’s perfect! I’m sure of one thing now.”

Zhao Mo had never been exposed to electromagnetic ejection-related learning before, but he understood the most basic physical principles, read the drawings, and through intelligent analysis and deduction, he quickly gained a deep understanding of electromagnetic ejection.

"Capacitor energy storage..."

Forewarned is forearmed, without prejudging the waste.

Only a limited number of people at the top know that we are equally good at electromagnetic catapults, but we don’t have an aircraft carrier, and we only launched the Liaoning ship this year. It’s just that a clever woman can’t make a meal without rice.

He was doubtful until the secret factory told him about room temperature superconducting materials, and he was convinced that Zhao Mo was not worthy of his name.

Currently, the ones playing electromagnetic catapult in the world are my country and America.

He was not familiar with Zhao Mo and had only met him a few times, but he had always heard how powerful Zhao Mo was. He said that no problem could defeat Zhao Mo. He said that Zhao Mo was extremely intelligent and could think of things that others could not think of.

It has been almost a year now, and the experimental device has been built, so Zhao Mo was invited to visit and provide guidance.

When we meet and talk now, it feels like "there is no real person under the reputation".

"Didn't America's Ford aircraft carrier use electromagnetic ejection? Is it about to be launched into the water?"

Zhao Mo smiled and then said: "I dare say that their electromagnetic ejection is not as advanced and stable as your design, Academician Ma. They must have many problems and their route is wrong."

Upon hearing this, Academician Ma burst out laughing and said, "I believe it too! If we want to be technologically advanced, we must be ahead of America!" His expression showed confidence.

Zhao Mo laughed loudly.

This must be a personal experience of a famous scene, right?
In his previous life, Academician Ma once said in an interview with CCTV, "If you want to be ahead, you must be ahead of America." He had the same confidence and domineering attitude.

In fact, the electromagnetic ejection route of the Ford aircraft carrier was indeed wrong.

The Director of the War Ignorance Bureau once said that this aircraft carrier has too many advanced technologies and is prone to problems. Many people think that the advanced technology has not been verified in practice, so problems will occur. It can be improved and optimized in the future. It is no big deal, Bureau It is misleading everyone, but everyone still needs to see the gap. In fact, advanced technology is not necessarily correct!
America is not a fairy, and everything is right.

You must admit when you make a mistake, and you must stand upright when you are beaten.

Just because America has always been technologically advanced, it cannot be taken for granted that America’s advanced technology is correct.

This is a myth, this is not true.

The Ford's electromagnetic ejection failure rate was high, and it was far from meeting the design requirements. Even the performance of the previous steam ejection was not achieved, and it was only after a long period of adjustment.

In this case, it is obvious that the route is wrong and there is a problem with the design.

There is a saying in engineering that all problems are R&D problems.

Only if R&D is done well, there will be no problems in engineering.

Zhao Mo now combines the medium-voltage DC power supply plus capacitor energy storage solution designed by Academician Ma, and then deduce America's AC power supply plus flywheel energy storage mode. It is easy to draw this conclusion. The AC plus flywheel mode is A pit. Not to mention that in order to improve the space occupied by the flywheel energy storage device, America chose a solution where four catapults share one set of flywheel energy storage devices. This means that if one catapult is broken, the other three catapults cannot be used. , how can this be used for fighting?

There were many people visiting the site, including five academicians including Zhao Mo and Academician Ma, plus thirty experts in the military industry.

Soon, the time came to the experimental location.

"Om~"

With a dull sound, the experimental device started, and a huge amount of energy was accumulating.

Even though he was far away, Zhao Mo could still feel that the energy in this experimental device was accumulating more and more, as if a huge ancient beast was gaining momentum and was about to explode.

Finally~
boom!
There was a loud noise, and the special car placed on the catapult was instantly ejected.

With a "boom", the special car rushed out of the factory door and hit the ground a hundred meters away, creating a huge deep pit and splashing mud. It was like a huge cannonball!

Zhao Mo looked at the time and saw that it took a total of 30 seconds from charging to launching!
“More than 2 megajoules of energy are released in 500 seconds, and the energy accumulation time is only 28 seconds~”

Zhao Mo marveled inwardly, but said with a smile: "It seems that the superconducting material has played a role~"

Academician Ma showed excitement on his face. He clapped his hands and announced that the experiment was successful and had achieved the target performance. He turned back to thank him and said, "Academician Zhao, this has not played a small role, it has played a very important role." What a great effect! The energy storage is completed in 28 seconds, and this still takes into account the problem of material endurance. If these are not taken into consideration, this time can be further shortened!"

clap clap clap...

The scene immediately burst into warm applause, which was deafening.

"Okay, great! We have mastered the electromagnetic catapult, and we have mastered room temperature superconducting materials. Our navy can finally say goodbye to its backwardness in the past, and we no longer have to suffer from that kind of birdiness..."

A white-haired academician came over, held Academician Ma's hands and Zhao Mo's hands, murmured to himself, and shed tears.

Academician Ma also shed tears after hearing this, and the two looked at each other and cried.

It was tears of joy!

This is so exciting!

It was tears of joy!

It was difficult for Zhao Mo to feel like them. From birth to adulthood, although he lived in poverty and suffered a lot, he at least had food and clothing, and was well protected by the country.

However, he can understand it, just like when the Veyron fighter jet came out.

Of course, this feeling is stronger in the Navy than in the Air Force. The Air Force at least has something, but the Navy has nothing. Just look at 96, when the cannons were pulled onto the warships. What kind of embarrassing and sad situation was this?
It’s hard to see!

"Everything is getting better now, and we will get stronger soon! Don't worry, the future must belong to us, China!"

Zhao Mo patted the old academician's hand, also patted Academician Ma's hand, and said with a smile.

The two of them were startled, then smiled in relief, and then laughed loudly, and involuntarily held Zhao Mo's hands together, holding them very tightly...

In the afternoon, after signing his name on the appraisal report, Zhao Mo returned to the provincial capital of Jiangnan Province.

The assistant arranged by the research center showed him a newspaper and said angrily: "Chief Engineer, this Sun Qian is so ignorant. How can he openly oppose us and pour cold water on us?"

Zhao Mo was startled: "What?"

(End of this chapter)