Application of high-current accelerators with inductors, based on distributed parameters lines for generation of high-poher microwave pulses

Considerable increase of accelerating voltage in comparison with the charging one along with high quality of electron beam to be formed, is obtained using in microwave generators accelerating module from inductors, based on lines with distributed parameters. Electron beam, formed in a magnetic field in the range from 4 kG to 20 kG ( pulse duration 20 ns, current 15 kA and electron energy 3 IleU ) interacted with rippled ( ripple period of 16 mm ) waveguide, generates high power microwave pulse in the frequency range of 10 GHz with an amplitude of several gigawatt. Application of high-current accelerators, with inductors, based on distributed parameters lines, in Cherenkov generators, allows to increase microwave power and advance them into more short wave region.