Relevance of electronic transition phenomena."

"It even goes so far as to analyze the annihilation force and electromagnetic force."

"That's what matters!"

For more than a month, the annihilation force field experimental team continued their research.

They conducted four experiments along the way.

The intensity of the annihilation force field created by the experiment increased almost as expected.

There is still improvement each time, but the magnitude of the improvement is not as good as before, but the accumulation of the three improvements together is also very large.

"6.52!"

Zhu Huacai's team measured the force field strength data.

This intensity value is close to Wang Hao's intensity judgment range for F-rays, but as long as it does not enter the judgment range, the reaction of the experimental team members is very dull.

Of course, they are still very happy.

But when they are happy again and again, the threshold of happiness will naturally increase. They are only satisfied with the results and have not reached the level of excitement.

The next day, there was exciting news from the Materials Testing Center.

The Materials Testing Center detected “extremely weak” first-order iron elements in the magnetized iron materials produced.

When the news came, Wang Hao stood up in surprise. He immediately looked at the test data report.

The above values………

It was indeed 'extremely weak,'

Wang Hui said, "Compared with the original material, the content of first-order iron has been reduced by more than three times. If this material is to be used to extract first-order iron, the estimated cost will be more than ten times higher...

Wang Hui focuses on material testing, and his participation in research is nothing more than analyzing materials, researching and extracting first-order iron.

He didn't know the existence of F-rays or how to make raw materials.

Therefore, Wang Hui is more concerned about the extraction of first-order iron. The original cost of material extraction was already very high. Even now, each gram of extraction costs tens of millions.

In current materials, the content of first-order iron is lower, and the extraction cost will skyrocket.

ten times!

That means that each gram of extraction requires 100 million.

This is simply eating money.

Wang Hao was very excited after hearing this.

One reason is that the magnetized iron material definitely contains first-order iron elements, which means that the field strength of "6.52" has exceeded the limit of electronic transition of iron elements.

Two things_...

The technology department has an order for 45 grams of raw materials.

Since the other party needs the raw materials of first-order iron, they can deliver this material to them. As for how much it will cost the other party to extract...

This chapter is not finished yet, please click on the next page to continue reading the exciting content! Doesn’t it directly prove that the cost of extraction is indeed very high? One gram is 100 million...

What a good price!--

After determining that the magnetized iron material contains first-order iron elements and the specific content value of the first-order iron elements, the annihilation force field experimental team quickly started manufacturing.

The current manufacturing method is the same as many people imagine.

After using experimental equipment to create a strong annihilation force field, the pure iron material can be slowly passed through the field force and then degaussed.

These materials can be packaged and delivered.

The experimental team completed the manufacturing work quickly, and the materials were delivered very quickly. The delivery location was at the airport in Heliaocheng.

Both companies use cargo planes to transport their goods.

The plane took off, but it was hard to tell the exact delivery location. One plane deviated midway and headed straight for Americon Chicago.

Chicago, Executive Building.

Druk-Bent met with several materials experts from the Argonne Laboratory, including Christopher Johnson, who is engaged in research on first-order iron materials.

However, it was Duroinschev-Baker Jr. who studied the raw materials. He took a report and said seriously, "My team has done preliminary research on the raw materials."

"The content of the first-order iron element is extremely weak, making extraction very difficult."

"Currently, our understanding of first-order iron is limited to international public information and Mr. Johnson's research results."

Duroinshev glanced at Christopher before continuing, "Our preliminary judgment is that the extraction cost of each gram of first-order iron will be about 35 million US dollars."

This number is surprisingly high.

Druk Bent couldn't help but ask, "Thirty-five million dollars? Are you sure?" "I'm sure."

Duroyshev said seriously.

Druk Bent took a deep breath and said, "The extraction cost of one gram is 35 million US dollars, plus the manufacturing cost of raw materials, selling for 100 million US dollars is not high...

"The profit margin is probably less than 50%!"

"this"

"The other party's technology department is really very conscientious?"

"..."
Chapter completed!