Author: Aslonov, Xayrullo Shukrullo ogli; Rasulova, Shodiyaxon Anvarjon qizi

Annotation: The photoeffect is an effect that works with the control of electromagnetic programs. It is forbidden by high-energy photons in several atoms and shows known energy levels for electrons. In the photo effect, when electrons collide with photons in time, atoms can overtake a person's energy at arbitrary levels. One of the laws of the photoeffect is the law that the energy of the photon affected by the photoelectric effect is the least (minimum) in the tension. According to this law, photons do not affect anything else under the dense atmosphere of a vacuum, but high-energy photons affect layers that exert a non-decreasing energy pressure. As a result of this minimum energy photo, from a high-energy photon cage, from any atom to an empty atom to a young electron of a photo atom, the photo atom's similarity energy is shown under the vacuum's ideal atmospheric pressure.

Keywords: Material properties, Electron energy, Light intensity, Electron emission rate, Light energy amount, Electron emission when light hits the surface of the material. This effect is explained by the photoelectric effect equations put forward by Albert Einstein in 1905. Basic rules of the photoelectric effect. These rules are the basic principles used to describe the photoelectric effect. The photoelectric effect is used for energy conversion in various applications, such as solar panels or photovoltaic batteries.

Pages in journal: 934 - 940