Singularities of electromagnetic field at the instant acceleration of charged disks

Space-time evolution of electromagnetic field at the instant acceleration of charges is considered. This evolution differs from the one at the instant deceleration of charges. In the process of the instant deceleration of charges there appears radiation as a result of the collapse of the magnetic fields of charges. In case of the instant acceleration the charges appear simultaneously with wave field. The sum of the magnetic field energy and the energy of charge radiation at the instant acceleration are equal to extraneous force effect on charged disks in correspondence with uniform motion after acceleration