Chapter 424: Super Radar Technology! If you dont pay attention to it, why cant we?
Research on the transverse antigravity field has been stopped for a long time.
One is because of the transverse anti-gravity field, the strength that can be produced is close to 95%, and the technical strength in application is also around 90%.
The second is that lateral antigravity cannot expand other research.
The main reason is that the transverse antigravity field spreads in all directions. The principle is like an orange being squeezed and bursting, with the juice spraying out in all directions.
In this way, a very strong anti-gravity field can be created.
However, because the field force spreads in all directions, covering the material itself, there are great limitations in the experiment.
For example, it is impossible to apply a magnetic field for strong compression.
The application value of the transverse anti-gravity field is very high. It was developed and used in the manufacture of anti-gravity maglev trains. Later, a series of airships were designed and manufactured.
"Theoretically speaking, the transverse antigravity field can also create a strong annihilation force field, and the effect will even be very good."
Wang Hao found He Yi and said seriously, "Because the field strength is high enough. Under normal circumstances, the antigravity field and the strong annihilation force field exist together."
"There is also a very thick strong annihilation force field in the outer layer of the transverse antigravity field, but the coverage area is too large and the intensity is too low to be detected."
He Yi nodded and asked, "The principle of the transverse antigravity field is relatively simple. It is a diffuse distribution. There is no way to squeeze it with a spiral magnetic field, right?"
Wang Hao smiled and said, "Manager Zhong from Annihilation Technology is here. He just said a good idea is to place magnetic field generating equipment inside the field force."
"I think this idea is okay."
"The internal magnetic field is not as strong as the external compression, but it can definitely have a certain shrinking effect on the strong annihilation force field."
He Yi was stunned for a moment, "Manager Zhong? Are you the manager of their technical department? Are there such talents in Annihilation Technology Company?"
"Uh~~"
Wang Hao said, "That's Zhong Minge, the general manager. He is talking about placing magnetic field generating equipment in a strong annihilation force field..."
He Yi couldn't help but grin.
In a strong annihilation force field?
Manager Zhong is really a ‘talent’. Most people would never think that he could do this. The circuits in the strong annihilation force field will be burned out, and strong magnetism will occur?
Place magnets?
Wang Hao still helped to explain, "Zhong Minge is engaged in business management. It's normal not to understand technology. There are specialties in the technical field."
"But what he said made me think of the lateral anti-gravity field."
"We can place a magnetic field generating device inside the transverse antigravity field and try to shrink the strong annihilation force field. No matter how strong it is, even if it can only form an outer layer of superimposed force field."
"What is the use?"
He Yi asked subconsciously, and then his eyes suddenly widened.
He thought of it!
"The superimposed force field can also annihilate electromagnetic waves, weaken the energy intensity, and directly interfere with and shield radar signals. If the aircraft can have a superimposed force field on the outer layer..."
"It's like hiding away!"
"And it is very powerful invisibility. Theoretically, any detection method in the form of radio waves has no effect."
He Yi took a deep breath as he spoke.
Invisibility is not a new technology.
There are many fighter jets in the world that have a stealth effect. The simplest stealth technology is to apply a layer of material that efficiently absorbs radio waves on the outer layer, making it impossible for radar to track it.
However, it is not possible to achieve good results just by coating materials that absorb radio waves. The aerodynamic layout of the aircraft must be modified to make the plane's plane reflection area as small as possible. At the same time, the infrared radiation of the engine must be controlled.
Simplified processing.
etc.
Stealth fighters need to start from many aspects to achieve the effect of invisibility.
However, the stealth fighter is not completely invisible. The back of the fighter is not invisible and can be discovered by "high-altitude early warning aircraft".
In addition, stealth fighters are ineffective against long-wave radar. When turning on the radar or launching missile attacks, they will also lose their stealth effect.
If a superimposed force field is created on the outer layer of the aircraft, due to its strong attenuation effect on electromagnetic waves, it can be invisible to radar detection in any form of radio waves, and it can also directly launch missile attacks during the invisible process.
Of course, the invisibility effect brought about by superimposed force fields also has disadvantages.
For example, the aircraft's own radar will also be affected, and it will not be able to receive signal feedback after it is turned on, but it is much stronger than other stealth methods.
Wang Hao and He Yi discussed it and both thought it could be studied.
Then we started recruiting people.
This is not a very large project. It just adds a magnetic field generating device to the transverse antigravity field. The difficulty lies in the design of the magnetic field generating device.
So Wang Hao found Tang Jianjun.
Tang Jianjun was still in the annihilation force field experimental group. When he received the message that he was asked to go to the Antigravity Behavior Research Center, he immediately felt very excited.
Nuclear fusion!
It must be nuclear fusion!”
Academician Wang finally made up his mind!
Tang Jianjun immediately drove to the Antigravity Behavior Research Center. When he saw Wang Hao, he grabbed his hand and said, "Academician Wang, you are finally going to start researching nuclear fusion!"
"When will we apply for the project? How to arrange it now? I will follow the instructions!"
"——?"
Wang Hao was stunned for a moment, then he simply pulled his hand back, shook it several times in disgust, and corrected, "Academician Tang, it's not nuclear fusion..."
"no?"
Tang Jianjun was like a deflated rubber ball. He suddenly lost his energy. "If it's not nuclear fusion, why are you looking for me?"
"Do a little research."
Wang Haodao, "This research needs your help."
"Tell me about it."
Tang Jianjun's tone was weak.
Wang Hao and He Yi talked about it together, and He Yi also highlighted the important role of technology.
Tang Jianjun suddenly became interested, "You mean, this technology can make air-to-ship aircraft invisible?"
"right."
"Okay, then I'll participate."
After Tang Jianjun confirmed his participation, he did not forget to continue asking about nuclear fusion research, "But, Academician Wang, you have to tell me about nuclear fusion first. When will this research be done?"
"Actually, I also want to do research on nuclear fusion, but the foundation has not been laid yet. If I want to confirm the project... wait until the technology matures."
Wang Hao hesitated and gave an answer.
Tang Jianjun's eyes lit up after hearing this. What he understood as "technological maturity" was to perfect the container for nuclear fusion, that is, to create F-rays based on metallic superconducting materials.
The F-ray generating device is the perfect container for nuclear fusion.
Now, based on metal superconducting materials, the DC anti-gravity field they have created has reached 6.19%. If the 'new technology' mentioned by Xiang Qiansheng works, the DC anti-gravity intensity can exceed 15%, and it can Replace high-pressure mixed materials.
This achieves the goal.
In fact, what Wang Hao calls "technological maturity" is not just "container technology". Even if the "reaction vessel" is already available, nuclear tests still need to be conducted in the "container" to collect data.
First of all, it relies on internal nuclear fission reactions.
In this way, on the one hand, we can continue to study F-ray generation technology, and on the other hand, we can also lay the foundation for more intense nuclear fusion reactions.
In addition, materials are also very important.
The 'container' is not only a thin layer of strong annihilation force field, but also requires an outer layer of materials that are resistant to high heat and high pressure. It is impossible for a strong annihilation force field to absorb all the energy. Most of the energy still needs to be converted into power. Normally it should be set In the middle layer, it plays the role of blocking high heat transfer.
The inner layer still needs to have materials or designs that are resistant to high heat.
In addition, materials that are resistant to high heat and annihilation force fields are also needed for energy transmission. Upgraded materials must be researched in both directions to meet the standards.
Another part of ‘technological maturity’ is the research and development of upgraded materials.
With the basic support of container technology and materials, when the time comes, it will definitely be twice the result with half the effort to study controllable nuclear fusion technology.
Just like superconducting energy storage technology, the research and development of superconducting batteries does not take too long as long as there are no technical difficulties that are difficult to overcome.
…
Research has officially begun.
Wang Hao gathered people and established a R&D team of more than a dozen people. He served as the leader of the R&D team, while Tang Jianjun was a specially invited expert and deputy leader of the R&D team.
This represents the importance attached to Tang Jianjun.
Although Tang Jianjun has the title of academician of the Academy of Sciences, in fact, it is not easy to serve as the technical team leader at the Antigravity Research Center.
Because there are too many talents.
He Yi is the director of the research center. He participated in a series of annihilation force field technology research and won the Nobel Prize in Physics for this. He is definitely more prestigious than Tang Jianjun.
There are many other talents in the research center.
For example, Zhao Jiasheng from the Materials Group was originally a top scholar in the field of superconducting materials. He served as a third-level professor at the University of Science and Technology and could be considered a ‘reserve academician’.
Huang Hongjun, a scholar in the field of quantum physics, has participated in the European Particle Collider experiment on behalf of a domestic expert group and has a series of research results.
Each of the scholars who later joined the research center had a certain reputation, and their ability levels in their respective fields were no worse than others.
However, Tang Jianjun is a professional counterpart.
He is a nuclear magnetic expert.
The Antigravity Behavior Research Center also has nuclear magnetic experts, but in terms of magnetic design research, they cannot match Tang Jianjun’s expertise.
Tang Jianjun has been studying the tokamak device for more than ten years, and his design in the fields of electromagnetism and magnetic field is not comparable to that of ordinary scholars.
After establishing the research team, Wang Hao also established scientific research tasks——
【Task 3】
[Research Project Name: Transverse Antigravity Field Built-in Magnetic Field Generating Equipment to Create Strong Annihilation Force Field (Difficulty: A).]
[Inspiration value: 0.]
"A-level, not bad."
"This research is relatively easy. It just requires arranging the magnetic field and establishing the mission to prove that the research can be completed. Then the next work is design."
Wang Hao held the first meeting with some thoughts.
The core of the meeting was to explain the research content and let several experts in the field of nuclear magnetism discuss the design plan of the built-in magnetic field.
In the future, we will gradually improve and correct.
This is the research direction.
The new research core is Tang Jianjun and other experts in the field of nuclear magnetism.
Wang Hao just needs to grasp the general direction. What he wants to do is to let everyone discuss and find out the design problems and then correct them. As long as the design of the magnetic field generating equipment can be perfected, the relevant factories can manufacture it, and then
Just go to the experiment and you're done.
In the process of continuous design research, the inspiration value is also constantly improved.
In just three days, just one design discussion meeting was held, and the task inspiration value had already reached '47' points.
"A-level tasks are indeed very easy now."
"There's so much talent."
The latter is the key.
Looking back at the initial A-level research and development tasks, it was not easy to complete the research. It required teaching students to gain inspiration points, and the time required was uncertain.
Now those who are doing research together are top experts and extremely talented people. It is easy to get "correct feedback" when everyone discusses together. There are no insurmountable technical problems in the magnetic field design itself, so the research naturally goes very smoothly.
Wang Hao's work is relatively free, and he also took time to participate in the first-order energy wave research conference organized by the Aviation Group.
Already attended this meeting once.
At that time, the Radar Electronic Equipment Research Institute had just held a meeting to discuss the possibility of realizing a 'first-order shortwave radar', and he and Shen Huiming also spoke as specially invited experts.
Shen Huiming discovered first-order green light using excited radiation experiments.
Theoretically speaking, if there is first-order green light, there must be other first-order electromagnetic waves, and stimulating 'first-order short-frequency waves' is very important for radar detection.
If we can have the technology to stimulate 'first-order short-frequency pulse waves', we can create a super radar that surpasses the existing radar system. The emitted radar waves will not be interfered by anti-radar technology, and we will be directly invincible in radar information warfare.
place.
There has been an improvement now.
Shen Huiming was invited by the Radar Research Institute to participate in the 'First-order Short Frequency Wave' project and served as the leader of the R&D team.
This chapter is not over yet, please click on the next page to continue reading! Many experts in the field of radar believe that 'first-order short-frequency wave' is a 'future project', which is to lay the foundation for future technology, rather than to be truly researched. First order short frequency wave'.
This is the same as Tang Jianjun’s Tokamak device project.
Everyone knows that the Tokamak device project is related to controllable nuclear fusion, but no one believes that his research can achieve controlled nuclear fusion. It is just a technology accumulation for future technology research and development.
However, Shen Huiming's achievements are outstanding.
More than a month ago, Shen Huiming used a conductor material containing first-order iron to successfully stimulate an intermediate-frequency radio wave whose energy significantly exceeded ordinary intensity.
Although no specific experiments have been conducted to detect it, judging from the energy intensity, the intermediate frequency radio wave is likely to be a first-order wave.
at the meeting.
Wang Hao listened to Shen Huiming's report, then checked the data sent by the radar, and estimated that he came up with an uncertain answer, "Maybe between ordinary and first level."
"This intensity value is a bit low, but it is much higher than the norm."
"If there is no error in the experiment, it is probably caused by the instability of the excitation, that is, some bands reach the first order, while others do not."
"If we go for testing together, the data will be low."
Professor Zhang Shuqing sat next to Wang Hao. He was one of the leaders of the Radar Institute. After hearing this, he asked, "We don't know much about first-order wave energy. Academician Wang, can such radio waves pass through a strong annihilation force field?" ?”
"Depending on the intensity, some parts will still be annihilated."
Wang Haodao said, "But, Professor Zhang, the penetrating power of intermediate frequency radio waves is not strong, right?" What he means is that it cannot be used as a radar signal.
Zhang Shuqing nodded and said, "So we are still researching it. In fact, we also have internal disputes. This research is... it consumes too much money."
He smiled bitterly, "The main thing is first-order iron and related metal conductor materials, which are too expensive!"
"How much funding do you have for this project?" Wang Hao asked curiously.
"Less than twenty million."
Zhang Shuqing said in admiration, "It sounds like a lot of money, but the first-order iron is too expensive. Even if the material company specially supplies it, we will spend tens of millions in cost."
"It's cheap enough..."
Wang Hao tugged at the corner of his mouth and asked, "Why not increase funding? Professor Shen's research is very important!"
"I support it, but there are too many projects in the institute, and some of them are direct research projects and cooperation with the military." Zhang Shuqing explained, "Professor Shen is indeed excellent, but his team has a small number of people, and most of the funding is It’s about investing in purchasing materials, and there are many people in the institute who are opposed to it.”
He said and sighed, "After all, it's difficult to apply it in the short term. It's just technology accumulation."
"Not always."
Wang Haodao, "Now that we have medium-frequency radio waves, maybe short-frequency radio waves can be developed next time, which can be directly used to make radars. We don't need that kind of perfect technology, just a fixed area that can transmit and receive, that's enough." .”
"Ah? What's the use of that?" Zhang Shuqing asked doubtfully.
Wang Hao smiled softly and said, "I have a small research project that can be used in conjunction with this technology. Therefore, I absolutely support Professor Shen's research."
"Otherwise, if you don't provide funds, let Professor Shen take the team to our place. Xihai University also has an electronic information laboratory..."
"——?"
Zhang Shuqing suddenly felt a strong sense of crisis. He quickly waved his hands and said, "No, that won't work. Professor Shen will definitely stay here. We finally invited him here."
"That's not necessarily true. Scientists don't distinguish between regions. Anyway, this research is all funded by the aviation group..."
"That's not OK!"
"If you don't pay attention to it, why can't we pay attention to it? Professor Zhang, isn't this unreasonable?"
"No, this, Academician Wang..."
Zhang Shuqing almost cried when he heard this.
He almost hated the people in the institute who opposed increasing funding for Shen Huiming's research. Now it's better, Academician Wang came directly to poach!