How many years does it take to go from university lecturer to chief academician? Chapter 460: Is it normal? I look down on Academician Wang! Iron-58 is not rare.
The content of this iron isotope in nature is 0.28%, but it is still very difficult to extract it individually.
The first-order A-iron 58 sent by Annihilation Technology Company weighs about 2 kilograms.
The annihilation force field experimental team used 300 grams for beta material transformation experiments. The first-order beta iron 58 produced was just a small piece of metal. Part of it was sent to the material testing center, and the remaining part was placed in the laboratory.
Separated by radiation-proof barriers.
After it was determined that the materials were not radioactive or harmful to the human body, the remaining materials were taken out and sealed in vacuum glass containers.
This is to ensure the purity of the material.
Although the properties of iron are very stable, it will still undergo weak chemical reactions with oxygen, water vapor, etc. when exposed to the air, which will also affect the purity of the material.
Wang Hao checked the materials in the glassware.
It was a piece of silvery metal. The color looked more like steel than pure iron. It felt heavy in the hand.
"The density is very high."
Wang Hao asked, "Has Professor Wang Hui's test been completed?"
Xiang Qiansheng nodded and said, "Most of it has been completed. We will do oxidation tests and some other chemical reaction tests later."
Wang Hao nodded, "We really need to conduct comprehensive tests. The properties of first-order beta iron and first-order a iron are very different, which may also affect the chemical properties."
"After all the tests are completed, let Annihilation Technology Company produce more A-iron. We will make as much of this material as possible and provide it to Deng Huanshan's team so that they can make several CWF-type superconducting materials."
"With this, we can conduct follow-up research."
Wang Hao's words were a bit plain, but what he said was exciting.
This determines the next research plan.
The annihilation force field experimental group, including the Antigravity Properties Research Center, uses basic superconducting materials produced by the Superconducting Materials Research Center.
Wang Hao has participated in many projects of the Superconducting Materials Research Center.
Most of the main materials used today were researched by Wang Hao and his team, and during the process of testing the properties of superconducting materials, they have discovered a clear pattern.
Isotopes of metallic elements and corresponding upgraded elements will not affect the characteristics of superconducting materials. That is, with the same element composition, whether it is made of metallic isotopes or upgraded elements, the material produced will still have superconducting properties.
However, the annihilation field properties will be affected.
If the impact of isotopes is not great, switching to upgraded elements will make the intensity of the annihilation field created higher or lower.
In terms of anti-gravity characteristics, upgrading elements does not necessarily bring gains.
This is mainly due to the influence of special phenomena.
The creation of an annihilation force field by first-order a-iron will be limited by the special properties of a-iron, resulting in a lower intensity of the anti-gravity field created. However, at the same time, the particularity of the first-order metal element will also allow it to reach the critical temperature.
Before that, the anti-gravity field was stimulated.
First-order beta iron is theoretically unrestricted.
Therefore, they can explore the technology of first-order beta iron for creating strong annihilation force fields by making several discovered superconducting materials.
"The first ones are cwf-018, 027 and 031, and we will also study 035 and 041 in the future." Wang Hao said, "The easiest one to manufacture is 018, and we will be able to get large quantities of materials soon."
"We can start studying it from 018."
Xiang Qiansheng also looked forward to it, "If a material with DC strong annihilation force field characteristics can be discovered, there will be a lot of room for technological growth."
Wang Hao also nodded expectantly.
The next step is to manufacture the material, and then verify the DC strong annihilation force field characteristics of the material.
This work is similar to the verification of DC antigravity characteristics, except that the verification of DC strong annihilation force field characteristics is more complicated and much more difficult.
They have not done similar experiments before, mainly because of the influence of special phenomena. First-order iron cannot create a strong annihilation force field, so it makes no sense to invest a lot of money in verification.
Now that we have first-order beta iron 58, we can naturally conduct verification experiments.
The two of them said a few words in anticipation.
Xiang Qiansheng talked about practical issues, "This research requires a lot of funds. To verify the characteristics of DC strong annihilation force, the materials required for each experiment, including design, equipment, etc., will be very large."
"We have several materials to verify, and we don't know how much money it will cost."
Wang Hao silently calculated, "Several billions, right?"
He wasn't sure either.
Material manufacturing and characteristic verification cost a lot of money, and it is difficult to estimate in advance how much it will cost.
Some materials are relatively simple to know.
For example, cwf-018.
This material is one of the products of Superconducting Materials Industrial Company and can already be produced on a large scale. They only need to provide first-order β-iron 58 to obtain the corresponding superconducting material.
Other types of superconducting materials are more troublesome because they require laboratory environment to manufacture.
Wang Hao thought and sighed, patted Xiang Qiansheng on the shoulder and said, "Everything is worth it. At least we have a clear direction."
"Right."
Xiang Qiansheng thought of the Groom Lake plan.
Although the information they received came from media reports, it is certain that the Groom Lake project has not made direct progress.
The Groom Lake project cost at least tens of billions of dollars, but it didn't even make waves, and it didn't even create a superimposed force field.
This is going in the wrong direction.
It is simply impossible for them to rely on first-order iron to study superconducting materials and then directly create a strong annihilation field.
Wang Hao continued, "I hope the research will go smoothly so that we can quickly create a stronger annihilation force field."
This chapter is not over yet, please click on the next page to continue reading! "As long as the high-pressure mixed materials can be replaced with metal operating materials, the research and development prospects will become bright. First, we can use granular material technology to directly enhance the annihilation force field. strength."
"With a stronger annihilation force field, we can produce first-order carbon and first-order silicon in large quantities. These two upgraded materials are very important."
"There are also copper, mercury, tungsten, etc..."
"But what I'm most looking forward to is the first-order hydrogen element, deuterium. Compared with metal elements, hydrogen has great scientific research potential and may even be used as a fuel for nuclear fusion."
He and Xiang Qiansheng were discussing together, and both couldn't help but look forward to it.
…
The next step of research officially begins.
The research started with manufacturing materials. The manufacturing cost of first-order a-iron 58 was very high, and then the annihilation force field experimental team carried out β-type transformation.
Subsequently, it will be provided to the Superconducting Materials Research Center to manufacture corresponding types of superconducting materials.
A lot of money is consumed in this process.
The Annihilation Field Experiment Team applied for 5 billion in funding in advance. When the report was submitted to the science and technology department, Teacher Xu felt a little numb after taking a look at it.
"Doing material research?"
"Special materials that support the annihilation field?"
Teacher Xu pondered carefully, "Is it related to nuclear fusion? But if it is nuclear fusion research, which part of the funds should be used, right?"
5 billion in funds is not a small amount.
However, most of the funds for the Annihilation Force Field Experiment Team come from Annihilation Technology Company and Superconducting Materials Industry Company, so the technology department does not have to worry about it. All he has to do is approve and sign.
Teacher Xu simply signed and agreed.
soon.
Trouble has come to the door again.
Several major domestic materials institutions came together to ask questions about dense materials technology because they could not find Xiang Qiansheng from the annihilation force field experimental group.
There was no reply from the Annihilation Field Experimental Team.
Teacher Xu quickly sent someone to ask. Wang Hao only remembered the research on nuclear fusion materials after hearing the news. He was originally planning to hand over the work to Xiang Qiansheng.
The situation is different now.
Wang Hao just found a few researchers and asked them to form a new team specifically responsible for cooperating with the research of several materials institutions.
To be continued...