Galaxy Technology Empire

Chapter 383 Weak Nuclear Force Cage

Shanmei, interesting villa.

Huang Junjie teased his daughter, who was more than three months old, and then had a conversation with his wife Guo Ting before heading to the secret research institute.

After his daughter was born, he stayed with Guo Ting and her daughter in Shanmei for more than three months, and all other matters were handled with the help of Zhong.

Even after the meteorite impact incident, he did not leave Shanmei. In fact, there was no need to leave. Now the entire Galaxy Technology is under Zhong's control, and he uses bionic robots to walk around from time to time. No one can ignore Huang Haojie The behind-the-scenes controller of this Galaxy Consortium.

He came to the secret research institute.

"Zhong, help me activate the No. 3 bionic robot."

[receive. ]

In Keelung, Dongdao, inside the Huang Family Villa.

In the secret research institute hidden underground, there is a special storage box dedicated to storing bionic robots.

The bionic robot suddenly opened its eyes, then raised its hand and entered [9528] on the code lock inside the storage box.

Bah! The airtight hatch slowly opened.

Apparently Huang Junjie descended on this bionic robot through the brain control system.

However, this bionic robot is not the same as the bionic robot he uses when walking outside. The bionic robots used outside are all covered with bionic skin, and all the physical characteristics are exactly the same as Huang Haojie himself.

But there is no need for the bionic robot to do this here. After all, he and Zhong are the only ones in his secret research institute, and no one else exists at all. Who can he show the bionic skin to?

However, in the storage room of this bionic robot, there are three other bionic robots stored here, two are anthropomorphic bionic models, and the other is a working model.

Huang Junjie is currently using a working model of the bionic robot. Its silver-white body and streamlined structure are very similar to the NS-5 in "Mechanical Enemy".

Huang Haojie began to step into the robot, as if he were physically present in the Keelung Secret Research Institute.

Next to the storage room is an equipment storage room. Huang Junjie took out a small and exquisite balancing car from it, and then drove the balancing car to a special laboratory.

The reason why he used remote control of the bionic robot to conduct experiments at the Keelung Secret Research Institute this time was mainly because this experiment contained terrible dangers.

He would generally not do such dangerous experiments personally. As the old saying goes: A son of rich people will not sit down in the hall.

Bionic robots can solve this problem very well, allowing Huang Junjie to do experiments himself without putting himself at risk.

He had reimbursed five bionic robots when conducting experiments before. Obviously not all experiments were safe.

Huang Junjie came to the special laboratory, and a piece of equipment was already inside. It was made by Zhong according to his instructions.

This is an unmodified device, with many wires and pipes exposed. It looks like an enlarged vertical electric fan, but without blades.

Huang Haojie pulled up Zhong's work log and looked through the production of this device. Before this device, he had already blown up six similar devices during the experiment, and this one was the seventh.

"Prepare the experiment."

[receive. ] Zhong also operates a robot, but Zhong's robot is a multi-legged and multi-arm robot, and the cost is also very cheap.

Zhong quickly operated the robot and the instruments in the laboratory and began to cooperate with Huang Junjie's experiments.

Open the back cover of the experimental equipment, insert a translucent cylindrical bottle, which is about the same size as a medium Coke bottle, into the groove. The cylinder fits tightly into the equipment, close the back cover and seal it.

The cylindrical bottle contains one kilogram of metallic sodium (Na). One kilogram of metallic sodium is the raw material for this experiment.

Huang Junjie exited the laboratory, went to the control equipment outside, turned on the holographic computer, quickly entered parameters and started the experimental equipment.

Countless electric currents quickly activated the experimental equipment through the superconducting lines. Zhong Ye quickly cooperated with the experiment according to Huang Haojie's instructions and helped Huang Haojie control the equipment carefully.

The sodium inside the cylinder is quickly pumped into a vacuum chamber. The energized superconductor generates a strong magnetic field, which tightly presses the metallic sodium in the middle of the vacuum chamber.

Liquid nitrogen refrigeration equipment instantly reduces the temperature of metallic sodium in the vacuum chamber to minus 56 degrees Celsius.

After completing all this, Huang Haojie did not proceed to the next step, but slowly adjusted the strength of the magnetic field until the magnetic field strength met expectations.

"Zhong, start the laser and adjust the laser intensity to 5730W/cm2." Huang Haojie ordered calmly.

[receive. ]

drop! The ring laser in the experimental equipment instantly shoots laser with an intensity of 5730W/cm2 intensively into the vacuum chamber, and the laser's action point is the metallic sodium in the vacuum chamber.

The short-wave laser used by Huang Haojie has a frequency of 12.47MHz.

The high-energy laser tirelessly destroys the metallic sodium. Countless electrons are knocked out of the sodium atoms by the high-energy laser and become free electrons one by one.

However, due to the constraints of the magnetic field, the free electrons did not escape everywhere, but were concentrated in the center of the magnetic field, surrounding the sodium block.

Simply peeling off the sodium atom is not Huang Haojie's ultimate goal. His ultimate goal is to cut out the neutrons from the sodium atom's nucleus.

[drop! Strong neutron exposure was detected, with an intensity of...]

Huang Junjie immediately pressed a switch.

The special material attached to the chamber wall in the vacuum chamber is quickly stimulated by the current. Behind the special material layer is a translucent barrier layer (made of mixed gel material), and the microwave system behind the translucent barrier layer is also activated.

Countless invisible neutrons scatter wildly in all directions, and the magnetic field cannot restrain the escape of uncharged neutrons.

However, after these crashed into the special material layer, they seemed to be bound by an invisible force. In fact, these special materials were a layer of carbon 60 (C60 football ene) with a thickness of 3.6 mm.

Countless naughty neutrons are adsorbed into the spherical structure by C60, like a cage, locking up the neutrons.

C60 generates a weak nuclear force cage in the spherical structure under current and microwave irradiation. The weak nuclear force is the repulsion between atomic nuclei or quarks. The weak nuclear force can bind neutrons. After all, neutrons are part of the nucleus. , and neutrons are composed of quarks.

Neutrons ejected from sodium atoms have very strong kinetic energy and can break through the weak nuclear force on the surface of C60 and enter the spherical structure of C60. Due to the offset of the weak nuclear force in the outer layer, after the neutrons rush into the C60 sphere, the remaining The kinetic energy below is not enough to break out of the C60 sphere.

Countless neutrons are bound inside by the C60 weak nuclear force cage, and the sodium block still produces neutrons very quickly under the high-energy laser.

Each sodium atom has 11 protons and 12 neutrons. The high-energy laser is like a surgical scalpel, ruthlessly cutting out the neutrons in the nucleus of the sodium atom one by one until there are only 7 neutrons left, forming The isotope of sodium, sodium 18, prevents lasers from stripping neutrons out of it.

These neutrons crash into C60 one after another. However, C60 cannot absorb neutrons unlimitedly. Each C60 molecule can only absorb up to 120 neutrons.

If the absorbed neutrons reach the limit of 120, C60 can no longer absorb neutrons and it will bounce them away.

Tap the screen to use advanced tools Tip: You can use left and right keyboard keys to browse between chapters.

You'll Also Like