RADIATIONS Vladislav Konovalov

In the article the different kinds of radiations are considered Bremsstrahlung and magnito-bremsstrahlung Official physics considers, that the driving electric charge beams electromagnetic waves, both at positive, and at negative acceleration. The writer insists that the Bremsstrahlung is possible only, i.e. at negative acceleration of electric charge. Let's consider the elementary case, when the electric charge moved accelerated in an electrical field between points with a potential difference U. Apparently, that thus it will receive energy: E = eU (1). The experiment confirms, that the energy of this charged particle is truely determined by the formula (11.5.1). But on presentation of official physics the considered particle at accelerated motion should beam energy as electromagnetic waves and its final energy on a considered section will be: E = eU – Erad (2), Where Erad energy lost on radiation. Thus, the notions of officious in this problem contradict experiment. It is known, that in linacs of particles of electromagnetic radiation it is few (Physics of a microcosmos, М., 1980, page 442). The minor radiation is connected not with accelerated moving particle, and with oscillations it on motion trajectory, which it is impossible to eliminate one completely. As any particle is gone on a screw line, a step of this screw line or circuit of cross section it will be peer to a wavelength de Broglie: h mV λ = (3). In (3) wavelength λ we shall express through frequency ν :