Abstract
The effect of high-intensity laser radiation on the surface of conducting films is considered as the interaction of photons with free electrons in the skin layer of the films, which induces longitudinal and transverse currents controlled by the laser beam intensity, free electron concentration in the film material, and the angle of incidence of the laser beam on the film surface. The experimentally observed optoelectric effect in nanographite films, which was explained earlier by the optical rectification effect, may be due to the longitudinal photoelectric skin effect due to metal-type conduction of graphite.
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