So, you have discovered the first-order lithium element?" "It is possible."
"Maybe...Academician Wang, I feel that if it comes to you, it might be a yes!"
"There are still other situations. The only thing that is certain is that after the lithium carbonate is magnetized by a strong annihilation force field, the ionic properties of lithium are enhanced."
"What does this mean?"
"Maybe it's the effect of first-order lithium? After all, the magnetization intensity has more than doubled..."
"If you explain it carefully, well, the electron transition causes changes in the electrons and atomic nuclei, causing lithium to have a special magnetic field that affects it in the ionic state...".
"STOP!"
"Academician Wang, we already know." "Understood?"
"Huh? Well...that's right..." "..."
Several people went to the material testing center together.
Along the way, Wang Hao briefly explained the experimental findings.
Zhang Lin and Teacher Zhu understood roughly. Their moods were very complicated, including depression, excitement, and...complexity.
They were frustrated because they didn't know what the experimental findings represented. They were excited, of course, because the experiment had made progress.
This is also the reason for the complicated mood.
The research speed is so fast that it makes people feel unprepared. The reason why the technology department encounters the embarrassment of orders is because the research and development speed is too fast.
While they were still selling first-order iron materials in units of 'grams', research had progressed to manufacturing in units of 'kilograms' or even larger.
The normal research and development logic is like this - grams, ten grams, hundred grams, kilograms, ten kilograms, hundred kilograms, tons.
The annihilation force field experimental group directly skipped a few units in the middle, which made people unable to react in time.
For the first time, they discovered that too fast a research and development speed can also cause trouble.
Now the problem of ordering first-order iron materials has not been resolved, and the experimental team has discovered first-order lithium... What should we do?
This kind of experimental discovery will usually be published directly. The discovery of upgraded elements is even more important to publish.
The discovery of every upgraded element will involve research in other fields.
For example, first-order iron.
Iron is the most commonly used metal element, and its applications cover all aspects of life, including some high-end material fields.
After discovering some iron elements, the results must be published so that other scientific research departments, such as alloy research, can conduct research using first-order iron and lay the foundation for large-scale applications in the future.
Even if the relevant results are not published, as long as other institutions obtain the materials, they will still know the existence of first-order iron.
The so-called "confidentiality" is simply a cover-up and is meaningless.
The same goes for other upgrade elements.
Lithium is also widely used. As long as follow-up research is conducted, it will definitely be known to other institutions.
As for, no research?
That is truly short-sighted behavior.
After discovering a new upgrade element, not publishing the results and just doing small-scale confidential research is not much better than not discovering it at all.
Just look at the first-order iron element.
The production quantity of the first-order iron element is extremely rare, and many companies only purchase it in units of 'grams'. Even if many institutions conduct research, they only understand the physical and chemical properties of first-order iron, and very few other achievements are added.
Not to mention, alloy research directly related to applications.
If there are more research results on first-order iron, a wider range of applications can be achieved.
This will bring more economic benefits.
Amidst the complicated emotions of Zhang Lin and Teacher Zhu, several people entered the laboratory of the Materials Testing Center together.
Zhou Qing is already waiting there.
He was holding an experimental data report in his hand. After seeing Wang Hao, he directly
He handed it over, with an obviously excited expression on his face.
Wang Hao read the report carefully, "Judging from the data, lithium carbonate has indeed undergone some changes. It is very likely that part of the lithium element has turned into first-order lithium."
"We see it this way too." Wang Hui and Zhou Qing said.
Wang Hui said, "Academician Wang, as you judged, upgrading can indeed enhance the electrical characteristics, and it has been enhanced a lot. If the ionization energy of first-order lithium is measured, the value will definitely be unexpected."
"This may be related to the activity of lithium."
Wang Haodao, "I didn't expect the data to be so high. I have discussed with others that it may be related to the generation of a special magnetic field under the action of the strong annihilation force field of advanced elements."
"Special magnetic field?" "Yes?"
Wang Hao put down the report in his hand and said, "This is just a conjecture and is not yet certain. We believe that the magnetic field excited by the strong annihilation force field of advanced elements may be different from that of conventional elements."
"Different magnetic fields..."
Wang Hui thought about it carefully and wondered, "Can magnetic fields be any different? Magnetic fields can be superimposed. Don't different magnetic fields look the same when put together?"
Wang Hao pursed his lips slightly and said, "This still needs research."
Instructor Wang Hui is interested in this topic, "If there is a mutated magnetic field like the one you mentioned, what characteristics would it have?"
"I think we can start from the direction of electromagnetic induction?" "You can also try it."
"but......"
The two started discussing the topic.
Zhang Lin and Teacher Zhu felt that their heads were a little heavy. They stood aside and could not be disturbed, so they could only pretend to listen carefully.
Zhou Qing suddenly said, "Academician Wang, Professor Wang, excuse me... Of course it's okay to do research and discussion, but haven't you noticed the point?"
"The point?"
Several people looked over together.
Zhou Qing said, "The ionization properties of lithium carbonate have been enhanced. This probably means that the ionization properties of lithium compounds that pass through a strong annihilation force field will be enhanced."
"Think about it, what does this mean?"
Zhou Qing continued to answer his own question, "This means that batteries made of this lithium element compound can easily increase the power storage by more than twice!"
He said with some excitement, "The same battery has twice the power storage capacity!"
This chapter is not finished yet, please click on the next page to continue reading the exciting content! "Today's new energy vehicles can run up to 600 kilometers. If doubled, they can run 1,200 kilometers, directly from the capital to
Donggang!"
"Internationally, there has been no breakthrough in lithium battery technology for a long time!" "This is a qualitative breakthrough!"
Wang Hao and Wang Hui listened calmly.
Zhang Lin and Teacher Zhu were both a little excited. Wang Hao and Wang Hui were talking about research problems just now, but they didn't understand them at all.
What Zhou Qing said was straightforward and easy to understand, and they understood it immediately.
The current experimental discovery means that lithium battery technology will usher in a revolutionary take-off!
Indeed. This is the point!
In recent years, there has been no breakthrough in lithium battery research. The reason is that there is a technical upper limit to the performance of lithium batteries.
The capacity of lithium batteries is directly related to the characteristics of the chemical materials used, the weight of the materials, etc.
There are only a few chemical materials used in conventional lithium batteries. If you want to increase the capacity of a lithium battery, you can only increase the weight of the chemical materials, which to a certain extent means increasing the volume of the lithium battery.
Many lithium battery manufacturers, in order to increase battery capacity, either increase the mention of lithium batteries or reduce the volume occupied by other materials.
In the former case, the gain outweighs the loss.
As the size of the battery increases, its use will be restricted, and it will also cause chain reactions in the design of other components.
The latter will reduce the service life and increase safety risks. Some lithium batteries have a high capacity, but after repeated charging and discharging, the battery capacity will decay rapidly; some lithium batteries lack internal safety materials
Once certain conditions are met, spontaneous combustion may occur, posing great safety risks.
etc.
To be continued...