Jingmen Aircraft Research Institute believes that this stereotyped J1 is still too big, with the improvement of alloy technology and composite material technology, the integration and breakthrough of engine manufacturing technology, variable vector engine will also have the conditions to increase afterburner.
@@如果导弹进一步变小, the high-performance ammunition has been further improved, and the special air aviation fuel for fighters has been further improved.
The institute could design a lightweight, sonic fighter that could break through the speed of sound.
They were also inspired by the submarine's outer coating, which they thought would dampen sound and absorb radar waves.
The smaller size also reduces radar reflections.
Coupled with its high speed, it can be used as a good assault weapon.
The J1 is actually an air combat weapon.
It doesn't work well for raids.
The goal of air combat is high-value targets, and raids are also in line with the military idea of preemptive strikes.
They were confident that the on-board computer was already small and capable of processing both optical and radar signals and comparing maps.
The Airborne Computer Research Institute and the Electronics Research Institute are working to complete the design of optical detection and display.
That is, the camera obtains optical signals and processes them in a centralized manner, and displays them seamlessly in the pilot's helmet, allowing the pilot to break through the visual obstacles of the aircraft body.
Liquid crystal displays can be made very thin and in other shapes than flat panels.
Optical signals can be filtered by a computer, amplified and intensified by a computer.
The institute believes that although it cannot replace radar, it can make up for the shortcomings of radar detection.
To accomplish this task, in addition to the need for breakthroughs in computer hardware manufacturing, the design of automated programs is also required. and the optimization of the operating system.
The Computer Research Institute, the Electronics Institute, and the Program Institute have always been inseparable.
Programs sometimes determine the configuration and design of the hardware.
It is not possible to do this with general-purpose processor chips.
This is done almost exclusively at the Green Lake Institute.
After Einstein arrived in Qinghai, the young people who came up were much more bold in their designs, and many materials that were not used before were now used in chip manufacturing, and the conversion of photoelectric signals complemented each other very well.
They freely install electronic components and photoelectric circuits in the thermally conductive gel, greatly reducing the hard links that take up space.
They mimic the body's blood circulatory system to create a cooling circulatory system.
Because it's so much like the brain, computers have come to be called computers.
The development of the new aircraft is still only at the design and demonstration stage.
Yinchuan's transport aircraft underwent several test flights.
And broke the sound barrier many times.
The second prototype forwent maneuverability in favor of high speed and safety.
The test flight is already very close to success.
After the huge triangular wing, the tail wing was also eliminated.
More like a glider.
It is said that Germany is also experimenting with bombers in this way, but only because of the engine, it stays on paper.
It's just that its aerodynamic layout was not designed with stealth in mind, but thought that safety was the first thing to consider.
In other words, even if all four engines lose power, they can glide and make a forced landing.
It's a bit wasteful in terms of design.
But it is in line with the thinking of all Chinese scientists and designers.
This transport aircraft can only be used as a military, cargo aircraft.
Because of the detonation caused by the breakthrough of the speed of sound, I am afraid that only a fighter can endure it.
For the first time, it carried out a large-scale transportation of high-precision machine tools and related components to Lhasa, and it was successfully completed.
It was also a long-range flight experiment.
And try to stop all the engines and then restart them one by one. to test the reliability of the aircraft's flight control system as well as backup power.
However, there was no supersonic cruise, only a short supersonic flight.
Because the engine did not pass the long supersonic test experiments.
The engine factory believed that if the materials were properly improved, the engine modified from the rocket engine would itself have the ability to cruise at supersonic speeds, and the afterburner would actually increase the complexity of the engine and be detrimental to the engine's service life.
They were going to get rid of the afterburner of this engine.
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Simplify as much as possible and reduce the failure rate.
Therefore, all the relevant technologies are concentrated on the latest light supersonic fighters.
Since it is a supersonic fighter, then when the engine was developed, the low-speed performance was simply omitted.
The aircraft's aerodynamic layout and flight control system also omitted the somewhat overly complex combat capabilities.
This decision accelerated the development of the new fighter.
Italy, as a member of the Royal Italian Academy of Sciences, Fermi received a letter from Albert Einstein from China.
In his letter, Einstein said that the Axis powers of Germany, Italy and Japan were very dangerous international relations, which would put Europe and the whole world in war and confrontation, and that the intervention of Italy and Germany in the Spanish Civil War was only the beginning.
The repression of Jews in Germany and Italy is no longer just for businessmen and politicians, but ultimately for ordinary people.
Ask Fermi to leave Italy at the right opportunity and time. and left him a suitable position at the Institute of Nuclear Physics of the Xinmin Research Institute.
China's scientific and technological research has been at the forefront of the world, but the Chinese are more modest and cautious.
He is welcome to work together in China.
Einstein also sent letters to Heisenberg in Germany and Dirac in England.
It's just that both letters are very simple, far less complicated than those given to Fermi.
The letter to Heisenberg only said: "Dear child, you should come to China, because it will make your research no longer dangerous, and you are pushing Germany into a dangerous situation." ” The letter to Dirac was even simpler, with only one sentence: "I find your inference about antimatter correct." ” Fermi did not reply, and his situation was not very good.
Personnel in Italy discovered that he and his wife, who was Jewish, were being watched.
Heisenberg replied that Germany had been suffering a lot, and that he wanted to contribute a little to the country.
Dirac's reply was interesting, with only one word: "Thank you." ” In Irkutsk, Zhang Chun met a special guest, Nikolai .
Tesla was sent to China by the U.S. government to find out, because China has completely exceeded the scope of what the U.S. can imagine in many technologies.
Many of Tesla's theories seem to have been implemented in China, and this is definitely not a problem that Einstein's theory of relativity can solve.
And Tesla himself has turned against the United States and was imprisoned by the Intelligence Bureau at the New Yorker Hotel.
Tesla had just finished "The Dynamic Theory of Gravitation" and handed over part of the manuscript to the United States in the hope of publication, but the U.S.
Department of War said to Tesla: "There may be something wrong with your theory, in China, Einstein has done a lot of unimaginable work, such as a very thin color television technology in public screening, jet aircraft, high-performance radar, rockets capable of tracking airplanes, and so on."
They seem to have completed artificial intelligence.
So we don't think your research has any value. ” Tesla didn't believe it, he had been locked up for too long, and China never published any papers of value.
Although Xinmin Journal reads every issue, it is popular science except for popular science.
China is regarded as a place where only big truths are emphasized, and no practical research is conducted.
The U.S. government unexpectedly released Tesla, saying you might be able to take a look at China.
Tesla, of course, knows what the purpose of this is.
The Americans can not only obtain their own results, but also be able to find out China's movements, and the Americans have calculated this very well.
After all, he was eighty-one years old and was about to die.
It's just that the arrogant Tesla can't figure it out, and with Einstein, can China make the United States willing to risk Tesla's leaking military secrets to test it?
Even if he is old, he is used by the United States as a useless thing in the end, and this depression also makes Tesla very annoyed.
Tesla arrived in Lianyungang on an American merchant ship with a military background.
The Chinese were very wary of this famous scientist, and only took him to visit the ordinary school, and then he took a high-speed train to Northwest University.
Tesla has felt the difference in the way the LCD display on the train and the train drive and station dispatching system operate, and perhaps the Chinese have really developed artificial intelligence.
Otherwise, it would not have been possible to do so.
When he arrived at Northwestern University, Tesla visited agricultural technology, which was of course basic.
But the Chinese electron microscope has the function of shooting and recording output.
This once again proves Tesla's judgment.
And the most famous university in China is not Northwest University, but Xinmin University, and when Tesla asked to visit Xinmin University, he was politely refused.
Tesla asked to see Einstein.
Einstein had a telephone conversation with Tesla, and refused to meet him on the grounds that Tesla had obstructed and opposed the Nobel Prize for the theory of relativity.
Albert Einstein said, "I don't know why you object to my theory, but I admit that the theory of relativity is only a tiny fraction of the whole cosmic relationship."
But I don't think it's appropriate for us to meet under these circumstances.
Dear Mr.
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Tesla, I thought you might be able to meet Mr.
Zhang Weimin, and his systems theory and cybernetics might be able to give you some inspiration. ”