Modeling of liner dynamics in the magnetic compressor of the MOL unit in the case of the accelerator being powered from the inductive energy storage

The magnetic compressor is considered. The compressor is a part of the unit MOL which is powered from the inductive energy storage. The calculations of the compressor electro physical parameters are carried out. The deformations of liner plane plates were computed. The liner forms in these calculations are similar with the liner forms in previous calculations and in experiment results for the compressor prototype “PUMA” which is powered from the capacity energy storage. The data for the choice of optimal time moment of magnetic field capture were received. These data make it possible to form the output pulse with the short front (less than 10 microsecond) without sharp decrease of peak current. The obtained results are used for the design of MOL magnetic compressor with the input energy more than 5 MJ.