Energy Loss of a Charged Particle Moving in a Magnetic Field Along a Spiral Trajectory Around a Conducting Solid-State Plasma Cylinder

An important characteristic of the possible process of generating electromagnetic waves is the energy loss of a moving charged particle per unit time by excitation of eigenwaves in the system. Using Maxwell's equations, the energy loss of a charged particle moving in an external magnetic field along a spiral trajectory around a conducting solid-state plasma cylinder have been found. The conditions under which magneto-bremsstrahlung radiation of electromagnetic waves occurs in the system have been formulated. The expression for the energy loss of a moving charge has been obtained. This expression has a universal character. With its help, it is possible to determine the energy loss of a particle both when the particle moves around the cylinder and when it moves translational parallel to the element of cylinder.