"Realistic superconducting materials?"
He Yi thought about it carefully and asked doubtfully, "In other words, it is not a superconducting material and has not really reached the critical state of superconducting. It just has a very small resistance that can even be ignored?"
Wang Hao definitely nodded, "Isn't this enough?"
"That's true."
He Yi nodded vigorously, and then asked, "In terms of metal conductivity, silver is stronger than gold, so does that mean that the resistance of first-order silver will be weaker?"
"uncertain."
Wang Haodao, "Of course, this possibility exists. Our theory is not perfect yet, and we don't know why the gold element exists in the β-state, nor do we know whether silver exists in the β-state."
"I hope it does exist. Silver has greater practical significance than gold."
This time He Yi nodded vigorously.
First-order gold is a superconducting material with practical significance, but the price of gold is too expensive. Even if the resistance is negligible, the application will be very narrow.
Silver is different.
In the international market, the price of silver is fifty to one hundred times lower than that of gold, and the reserves of silver mines on the earth's surface are much greater than those of gold mines.
Although the value of silver is still much higher than that of copper, there is an issue to consider in application. When the resistance value is extremely weak, the current carrying capacity will be greatly improved. A thin piece can be compared to a very thick wire. In other words,
That is, the dosage will be much less.
This also greatly reduces the cost of use.
He Yi thought about it and couldn't help but sigh, "If special first-order silver can really be discovered, science and technology will usher in a big explosion!"
Metals superconduct at room temperature, which is of extraordinary significance.
Explosive improvements can be achieved in all fields related to electric energy. For example, electronic products no longer need to worry about heat dissipation. All designs related to heat dissipation and efficiency do not need to be considered at all.
For example, superconducting batteries can be designed to be smaller and even used directly in home cars, mainly because heat dissipation has become a minor issue.
For another example, magnetic levitation cars can be easily realized.
etc.
By then, technological life will have undergone tremendous changes.
Of course, non-substantive normal temperature superconductivity will also limit many application fields. The superconducting state is a very special state.
For example, a conductor in a superconducting state will not be disturbed by magnetic fields.
But similarly, because superconductors are not affected by magnetic fields, superconducting technology cannot be used in power generation. 'Realistic superconductivity' is not a true superconductor. Conductors will still be affected by magnetic fields, so they can be used to make generators.
, can also greatly improve the efficiency of the generator.
He Yi also started to look forward to it.
…
at the same time.
The research of the nuclear fusion engineering project team is on hold because they are not conducting new F-ray experiments, but are just summarizing the original experiments.
This actually makes foreign institutions concerned about research breathe a sigh of relief.
Their analysis also believed that it was normal, "The nuclear fusion research team conducted two f-test tests. Their central device has been running for a long time. It may be that some problems have been discovered that need to be studied and repaired."
"This is also normal."
"The central device is the first nuclear fusion control device built by mankind. It is strange that there is no problem..."
"They expect it to be stopped for a long time."
"..."
Previous research related to nuclear fusion engineering went very smoothly, even to the point that it made others despair.
For example, Amrican.
American wants to catch up with flower growers in high-end technology. Nuclear fusion is a super project that is comprehensively completed by high-end technology. The speed of progress even makes them feel desperate. It seems that they will not encounter any problems at all, and the device is quickly completed.
The construction and even the experiments went very smoothly.
Now that it has finally stopped, they feel much more normal.
Some people even think to themselves, "It would be better to just pause for a few years, or some unexpected big problem will arise!"
"This way we have time to catch up..."
American's nuclear fusion research is only lip service for the time being.
The No. 1 decision-maker would like to call for the allocation of a large amount of funds for research, but without a complete manufacturing design, it is impossible to apply for such a large amount of funds.
Their first step is to demonstrate.
This process is the same as that of a flower grower. They set up a large-scale design demonstration project, recruit a large number of experts and scholars to participate, and finally come up with a highly feasible design plan.
Only then can we take the plan and formulate the corresponding manufacturing plan.
The problem is that they held several special meetings and when faced with some technical problems, there was no definite solution at all.
The nuclear fusion project currently does not even have a demonstration design, so it naturally cannot enter the manufacturing stage.
the other side.
The research on F-ray technology supported by the Five-Star Building has made some progress. The military sent a professional team to the Groom Lake Project Experimental Base.
They claim to be visiting, but in fact they are learning about technology and exploring talents.
Collot James became the protagonist, and the military team named him and asked Collot James to help explain the F-ray generation technology.
James also took the team to visit the experimental base, and then introduced the annihilation force field equipment and the generation principle of f-rays.
After that, he also talked about the research progress and his own thoughts, "If you want to conduct research alone, you must first create a set of annihilation force field equipment."
"For the study of F-rays, it is better to start from two directions."
"One is the magnetic field, and the other is the built-in energy."
"The F-ray coverage distance is directly related to the intensity of the built-in energy, and there is also a certain relationship to the intensity of the interference magnetic field."
"Our research has found that the outer layer is a complete spiral magnetic field, which can produce F-rays with higher intensity and longer coverage distance."
"In addition, I think that the coverage distance of F-rays has little to do with the strength of the annihilation force field."
"Of course, this is not supported by experimental data, it's just my personal opinion." James shrugged and added helplessly, "We only have this piece of equipment."
This chapter is not over yet, please click on the next page to continue reading! Military representative Brandt Bent nodded in understanding.
Brandt-Bent thought about it carefully and said, "This is the best. If we are asked to study annihilation field technology, we are not very confident, and you will not make much progress."
The last sentence was a bit heartbreaking, causing Kubo next to him to twitch at the corners of his mouth.
Brandt-Bent didn’t care what Cooper thought. He continued, “Just the magnetic field and the built-in heat source, we can find the most high-end technical support.”
This is the truth.
American possesses the most advanced high-magnetic field manufacturing technology. Many years ago, they were able to use superconducting technology to create ultra-high-strength magnetic fields.
Built-in heat source, not to mention.
The built-in nuclear reactor in the equipment in front of you is provided by the American military. They have the world's best nuclear reactor control technology.
It will be clear with an example.
The abundance of radioactive nuclear materials used in Amerikan's super-large nuclear-powered aircraft carrier exceeds 90%, which has reached the standards for manufacturing atomic bombs.
Brandt-Bent changed his tone as he spoke and continued, "It's just that research is still difficult. The most important thing is that the equipment is too complicated and... very fragile."
He shook his head helplessly.
The current strong annihilation force field equipment includes four anti-gravity generating devices, each of which is supported by high-pressure mixed materials.
High-pressure mixed materials, to put it bluntly, are high-pressure pipes. The temperature and pressure inside the pipes must be guaranteed to allow the equipment to operate smoothly.
If there is a problem with one piece of equipment, big problems may occur as a whole, such as the strong annihilation field suddenly disappearing.
In this way, the heat released by the nuclear reactor inside will explode.
The built-in heat source of current equipment is not very strong, and the heat released by the nuclear reactor will only damage the equipment and may cause a certain intensity of radiation hazards.
If it were a high-intensity nuclear reactor, there might be an instant big explosion, causing direct casualties, and the equipment would not only be damaged, but turn into ruins.
To be continued...