"This technology is used by the space shuttle to deal with the ubiquitous plasma and various radiations in outer space as well as some extremely fine dust."

"As for the bullet-proof and missile-proof things you think of, that's really impossible, at least it's simply not possible with current technology."

Hearing this, Ouyang Zhen licked his lips and said with a smile: "I think it will work out."

Xu Chuan smiled and didn't care. Looking at the expression on Ouyang Zhen's face, he continued: "It is almost impossible to defend against physical shields at present, but it is almost impossible to defend against electromagnetic waves and high-power microwaves.

There is still hope for the magnetic fields of electromagnetic interference and other electromagnetic attacks."

"Recently there has been a little breakthrough in the research at the Shenzhou Branch. Would Mr. Ouyang want to take a look?"

Before he could even finish his words, Ouyang Zhen stood up from the sofa with a snap, and with an urgent expression on his face, he quickly said: "Please show me to me!"

Xu Chuan smiled, stood up and made an invitation gesture, and said with a smile: "Then come with me."

.......

In the large-scale SQUID superconducting quantum interference magnetometer laboratory, testing experiments on the magnetic polaron electromagnetic shield generator are still continuing.

After finding the problem of low guidance rate of the magnetic polaron field, the next experiment was naturally a test experiment on the fusion of the magnetic polaron field and the plasma field.

This chapter is not over, please click the next page to continue reading! Although the research on plasma fields is conducted by Luo Ming, his goal is to stably generate reliable plasma walls and preliminary magnetic polarization in the atmosphere and vacuum.

Subfield and plasma field fusion experiments do not conflict.

Because the latter can use high-frequency nixie tubes and inert gas ionization to form a plasma wall.

Plasma, also called plasma, is an ionized gas-like substance composed of atoms that have been deprived of some of their electrons and positrons and negative electrons generated by ionization of the atoms.

When it is in a magnetic field, the moving charged particles will naturally be affected by the Lorentz force in the magnetic field. Whether it is the magnetic bottle effect, or magnetic field acceleration, explosion, binding, gyration and other movements, it is all related to it.

This may sound lofty, but it is actually the ‘Lorentz force’ in physics during middle school and high school.

To understand it simply, you can think of the electromagnetic field as the 'wind' in the sky, and the plasma wall as the 'clouds' floating in the sky. Under the influence of the wind, the plasma cloud will naturally move with it.

Whether it is the controllable nuclear fusion technology he studied before, or the current plasma and electromagnetic deflection shield, they are all related to it.

A plasma wall formed by a high-frequency Nixie tube and an inert gas is deployed in the magnetic polarization field generated by the magnetic polaron electromagnetic shield generator, and the movement of the plasma wall can be guided by a magnetic field.

When the plasma wall comes into contact with external electromagnetic waves, the free electrons interfered by the magnetic polarization field will be excited and enter a state of high-speed motion.

These electrons will move rapidly under the action of electromagnetic fields, generating induced currents and induced magnetic fields, thereby interacting with incident electromagnetic waves to form a natural shielding effect.

The magnetic polarization field can maintain the stability of the plasma wall during this process and achieve continuous interception and shielding of electromagnetic waves and high-energy microwaves, etc.

In these days of experiments, they have conducted targeted tests many times, and judging from the current experimental data, the results are quite good.

This is why Xu Chuan is confident in taking Ouyang Zhen to the laboratory to ‘experience’ it.

He only needs to wait until he returns to Xinghai Research Institute to solve the problem of low guidance rate of the magnetic polaron field, and he will be confident enough to create a composite magnetic field that can shield electromagnetic waves and high-energy microwaves!
Chapter completed!