The cathode ray tube (CRT) of any television or computer monitor is actually a particle gas pedal.The CRT extracts particles (electrons) from the cathode, accelerates them, and uses an electromagnet to redirect them in a vacuum so that they hit fluorescent molecules on the screen, and this collision creates bright spots or pixels in the television or computer monitor. This collision produces bright spots or pixels on a television or computer monitor. Particle gas pedals work on the same principle, except that they are larger, the particles move faster (close to the speed of light), and the collisions produce more subatomic particles and a variety of nuclear radiation. The particles are accelerated by electromagnetic waves inside the device, much like a surfer gets a boost from a wave.
Introduction:
A particle gas pedal is a device that uses an electric field to propel charged particles to high energy. Common particle gas pedals in daily life are cathode ray tubes for television and X-ray tubes and other facilities. There are two basic types of particle gas pedals: cyclotrons and linear gas pedals. Particle gas pedal is to explore the nature of the atomic nucleus and particles, the internal structure and interaction of the important tools, in industrial and agricultural production, health care, science and technology and other aspects also have important and extensive practical applications.
Structure:
Particle AcceleratorThe structure of particle gas pedal generally includes three main parts:
1, the particle source, used to provide the required acceleration of particles, electrons, positrons, protons, antiprotons, and heavy ions and so on.
2, vacuum acceleration system, which has a certain form of accelerating electric field, and in order to make the particles in the air molecules are not scattered under the conditions of acceleration, the whole system is placed in the vacuum chamber of the vacuum degree is very high.
3, guidance, focusing system, with a certain form of electromagnetic field to guide and constrain the accelerated particle beam, so that it is accelerated along a predetermined track to accept the electric field. All of these require the synthesis and cooperation of high, precise and sharp technologies.