Galactic Tech Empire

Chapter 135 The Problem

Huang Haojie looked at the experimental parameters and kept comparing the data in his mind.

The more he looked at him, the more he frowned. The parameters such as laser power, temperature, air pressure, and magnetic field were exactly the same as in memory, almost exactly the same.

But where is the problem?
According to the X-ray laser with a power of 500 million kilowatts in memory, it can generate room temperature superconductors with a service life of about [-] hours.

But now under the same conditions, he can only produce 1.4 hours of service life, there is no reason for such a result.

There must be something missing here, Huang Haojie pinched the root of his nose and began to think hard.

Fang Fang on the side looked at Huang Haojie who was frowning tightly, and said in a low voice:

"Boss, do you want to try other materials?"

Other materials? Materials?
Huang Haojie slapped his thigh suddenly, stood up excitedly and muttered to himself a little crazily:

"Material, material, nothing wrong! The problem can be in the material."

While walking back and forth, he rubbed his chin from time to time to think.

He may have been under the dark light before, and he has been digging into the corner, thinking that the problem lies in the laser and temperature.

However, the iron-silver alloy, which is the material itself, has been ignored.

"Longman!"

"Boss, is there anything I can do?"

Hearing Huang Junjie's call, Su Langwen, the director of the base, hurried over.

"Take these normal-temperature superconductor samples and go back to the Materials Research Institute at the headquarters, and ask them to test the condition of these samples. Remember to tell them to test carefully." Huang Haojie ordered seriously.

"Yes!"

Su Langwen hurriedly took a batch of samples to the Materials Research Institute in Bubian Industrial Zone.

……

After Li Xiang received a call from Huang Haojie.

Quickly ordered Wang Tengfei, deputy director of the Materials Research Institute.

"Old Wang! The boss asked our Materials Research Institute to test a batch of special materials. You choose a few trustworthy ones to take charge of this matter."

Seeing Li Xiang's rare and serious expression, Wang Tengfei immediately asked seriously:

"Li Suo, what material? To be so grand?"

"Normal temperature superconductor!" Li Xiang replied concisely.

Snapped!The ballpoint pen in Wang Tengfei's hand fell off to the ground.

"Li Lisuo, is it true or not?" Wang Tengfei asked nervously.

"Why am I lying to you?" Li Xiang asked dryly.

Uh...Although it is not the first time to get along with this guy, but sometimes he really wants to beat Li Xiang up, can he talk properly.

Soon Su Langwen and a dozen security personnel escorted a batch of room-temperature superconductors to the Materials Research Institute in Bubian Industrial Zone.

"Is this a room temperature superconductor?" Wang Tengfei touched the cold silver-white alloy excitedly.

"Cough cough! Wang Suo, the boss is anxious to know the result, please arrange the test as soon as possible." Su Langwen reminded with a dry cough.

"Ah... sorry! I was too excited at the moment, and I will arrange the test immediately." Wang Tengfei turned his head in embarrassment.

More than five hours later, after a careful inspection, Wang Tengfei was sorting out a large stack of inspection data while talking to himself.

"It really is a room temperature superconductor!"

"I didn't expect to see room temperature superconductors."

"No wonder the boss is dismissive of the Dynamite Award."

"My choice was right. There is nothing wrong with coming to Galaxy Technology."

Several other researchers who were in charge of testing also looked shocked and skeptical about their lives.

This is a room temperature superconductor, is there anything the boss can't do?
……

"Director Su! This is the test report!" Wang Tengfei handed over a dozen pages of the test report to Su Langwen tremblingly.

After receiving it, Su Langwen quickly called Huang Junjie to report.

"Boss, the detailed test results have come out."

"Fax it right away!"

"Ok!"

After hanging up the phone, Su Langwen used the fax machine of the Materials Research Institute to fax to the office of the X-ray base.

After finishing all this, he quickly confessed to Wang Tengfei and others that they didn't know anything, and returned to the X-ray base with all the samples.

It's not time for these things to be exposed yet, and the heavily armed security personnel and Su Langwen are holding these samples, nervous all the way.

Fortunately, they returned to the X-ray base smoothly in the end.

……

On the other side, after receiving a fax from Su Langwen.

Huang Haojie and Fang Fang are looking at these test reports carefully.

"As expected, it's an iron-silver alloy problem." Huang Haojie saw the results in the report.

"It's not wrong, it should be the impurities in it that affect the normal temperature superconductor." Equation looked at the detection data of several abnormalities, all of which appeared in areas with ultra-high carbon and sulfur content.

"But how to remove the impurities in the iron-silver alloy?"

Huang Haojie was also thinking about this question.

"It would be great if iron atoms could be combined with carbon nanorobots, so that high-purity iron-silver alloys could be produced directly." Fang said helplessly.

Why does the equation say this.

That's because although C31 claims to be omnipotent, it is actually powerless to iron atoms.

So it's not that they don't want to extract iron atoms and silver atoms, it's that they can't.

It may be because iron atoms will generate magnetism under electromagnetic stimulation, so C31 cannot combine with iron atoms, and the inability to bind means that it cannot be manipulated.

Um?
Huang Haojie suddenly realized.

However, the inability to manipulate iron atoms does not mean that the iron-silver alloy cannot be purified.

The purification of the iron-silver alloy can be completed by extracting impurities such as carbon atoms, sulfur atoms, and phosphorus atoms in the iron-silver alloy.

However, this method is more time-consuming and labor-intensive, and the purity may not be that high. After all, there are still some elements that C31 can't do anything in the iron-silver alloy.

Huang Haojie knew that if he wanted to obtain extremely high-purity iron-silver alloy, he could only use C31 to extract the impurities in the alloy.

"In this way, let the Institute of Materials use carbon nanorobots to remove all impurities that can be removed from the iron-silver alloy." Huang Haojie expressed his thoughts.

Fang Fang suddenly realized and clapped his hands and praised: "Wonderful! The boss is amazing, why didn't I think of it, it seems that thinking can't be solidified, you need to think more quickly."

……

Wang Tengfei of the Materials Research Institute once again received a task from Huang Junjie.

But this time it is to make high-purity iron-silver alloy.

Inside the reactor.

Countless C31 molecules were injected into the liquid iron-silver alloy.

"Extract the carbon atoms with the most content first." Wang Tengfei looked at the reactor that was already in operation and ordered.

"No problem." After adjusting the parameters, the researcher on one side pressed the switch.

Under the stimulation of specific conditions, C31 combines with the carbon atoms in the iron-silver alloy.

After more than half an hour.

They have already removed all the impurities that can be removed, and the purity of the iron-silver alloy is already very high.

The injection mold is then cooled.

"Test it to see if the purity and silver content meet the standards." Wang Tengfei ordered.

The researchers put the cooled iron-silver alloy plate into the detection instrument.

drip...

Purity: 8N
Silver content: 3.7462%
"Meet the standard." Researcher Hui reported.

Wang Tengfei nodded: "Have someone send these samples to Luhe's X-ray base."

"I'll arrange it right away."

Soon, a transport truck, escorted by security personnel, delivered the high-purity iron-silver alloy that had just been produced to the X-ray base.

(End of this chapter)