News of the successful operation of the nuclear power plant quickly spread in the scientific research center.

Zhou Yu is checking several artificial elements produced by the nuclear force factory, all of which are stable and non-radioactive.

Feng Yunde walked in with a smile and said with gratitude: "I have been waiting for a long time and finally waited until the nuclear power factory is officially completed. This time is just right. Otherwise, the material for the cargo box for the mass projector will have to be replaced with other materials."

When Zhou Yu heard Feng Yunde's words, he asked unexpectedly: "Today it will be July 12th, and the mass projector will be completed in more than a month.

The most important cargo container for mass projectors is, what kind of material is it made of? Have you not determined yet?

Lu Jinming and I promised that Sparks have prepared everything, and it seems that they are not prepared enough."

Feng Yunde immediately helped Lu Jinming to excuse him. He could not affect other people's work because of his own reasons.

"Mr. Zhou, we are ready to manufacture the materials for the cargo container of the mass projector. Even if the nuclear force factory is not built, it will not affect the operation of the mass projector on schedule.

The cargo container material I mentioned was recently discovered that this is a better material than the original material.

This new material can increase the chance of cargo container being pulled by the moon's gravity.

It is a high-density material that did not exist on Earth before and was difficult to manufacture.

This material is made of high-density zirconium sulfide using degenerate substances as satin hammers and rolling zirconium sulfide materials.

This high-density zirconium sulfide material must have a density of between 115 grams per cubic centimeter and 125 grams per cubic centimeter before this characteristic can be displayed.

The degenerate substance is used to forge zirconium sulfide, which has a non-uniform density and cannot be used for industrial purposes."

Zhou Yu said in surprise: "You came to the nuclear power factory because you can process high-density zirconium sulfide here?"

Zhao Qianyi took the opportunity to say: "Mr. Zhou, the nuclear force factory can indeed process high-density materials.

Because of the Pauli incompatibility theory, quantums cannot be superimposed, which can only lead to closer arrangement of zirconium sulfide atoms.

The energy consumed by processing this high-density material will be more than 10,000 times more than processing new elements.

Because this physical process does not release energy, we need to provide huge amounts of electricity, convert it into nuclear force, and compress itself from the inside of this material.

Even if the nuclear force is removed, the form of the object will not rebound and will remain in a well-processed state."

"I am also curious about how nuclear force factories process high-density materials. It just so the mass projector needs this material, so let the nuclear force factories process appropriate high-density zirconium sulfide." Zhou Yu suggested.

He also wanted to see what kind of speciality they would have in high-density materials processed by nuclear force factories.

"Mr. Zhou, then I will start to prepare. If the nuclear force factory wants to process high-density materials, it needs to fully store the particle battery pack.

Normal superconducting power supply lines cannot withstand the huge amount of electricity consumed by nuclear forces when processing high-density materials in nuclear factories."

Zhao Qianyi explained a few simple words, and then he began to charge the particle battery pack and do a good job in distributing electricity.

While Zhou Yu and Feng Yunde were waiting, they were talking about medium and high-density materials.

Zhou Yu learned that the high-density materials of Xinghuo Technology are already systematic materials.

The discovery of these materials mainly uses degenerate substances to compress the atomic space of other materials through rolling.

The high-density material processed in this way has its limits, it cannot exceed 128 grams per cubic centimeter.

But these high-density materials have shown extraordinary properties.

High-density potassium chloride has the property of connecting nerves. It can penetrate into nerve endings and transmit signals to the nerves at a rate of 100,000 times per second.

There is no need for a device to slowly read the brain's brain wave signals. You only need to make a small hole several microns into the ear bone and install this material on the ear bone.

After two or three weeks of adaptation, neural channels can be established and the brain can be used to quickly direct smart devices.

The faster the brain reacts, the faster the smart device responds.

High-density iron hydroxide has a very smooth surface and a low coefficient of friction. It has excellent wear resistance and is a very good bearing material.

High-density silicon nitride has extremely high hardness and toughness, especially with material memory function.

Even if its appearance changes completely, it will slowly return to its original shape.

High-density copper alloy is extremely resistant to high temperatures. Even if it is baked at a high temperature of tens of thousands of degrees, it will not damage this material.

It also has very good thermal insulation, and this material can be used as a spacecraft shell.

The spacecraft travels back and forth between the atmosphere and produces friction with the atmosphere at high speed, which will generate great heat.

This problem can be solved by using high-density copper alloys.

There are dozens of high-density materials, all of which have some peculiar functions.

With the emergence of nuclear force factories, higher density materials will also appear.

Zhou Yu briefly understood the performance of these materials, and he knew that there were several projects in the laboratory where materials were stuck, which could make breakthroughs using high-density materials.

After reading the data, Zhao Qianyi said, "Mr. Zhou, Director Feng, the nuclear force factory has been debugged and can start processing high-density materials."

Feng Yunde sent data on high-density zirconium sulfide material to quantum computers, and the nuclear force factory began processing.

Pure zirconium sulfide powder enters the nuclear force factory, which is evenly distributed in the central area of ​​the nuclear force factory.

When zirconium sulfide occupies most of the nuclear-force factory space, raw materials will no longer be released in the pipeline.

Zhou Yu could see that the power consumption of nuclear power plants is increasing sharply, and zirconium sulfide is compressed at a speed visible to the naked eye.

The powdered zirconium sulfide is first compressed into a block structure with a metallic luster, and then the zirconium sulfide quickly shrinks.

Zhao Qianyi introduced on the side: "Mr. Zhou, this is the strong and weak interaction forces in atoms through energy.

Nuclear forces are generated inside the object to compress themselves, and the density of the entire material is evenly distributed.

When the interaction forces between atoms are balanced, the state of this object can stabilize, and even if the additional nuclear force we provide is cancelled, it will not return to its original state."

Zhou Yu soon saw the compressed zirconium sulfide, which was only the size of a rice cooker.

Three intelligent robots tried their best to lift it and took it to the laboratory for inspection of high-density zirconium sulfide.

Feng Yunde said on the side: "High-density materials have good results in all fields, and their only disadvantage is that they are too heavy.

If the atoms are compressed, but the number of atoms does not change, the mass of the atoms cannot change."

Laboratory researchers tested the processed high-density zirconium sulfide.

Feng Yunde got the data and said happily: "The nuclear force factory perfectly met our requirements. The high-density zirconium sulfide density is 117 grams per cubic centimeter. The entire material density is very uniform and meets the material standards of mass projector cargo containers."
Chapter completed!