Transportation and charged separation of multicomponent ions beam in plane gap (abstract)a

In this research a problem of variously charged ion beam transportation in plane equipotential gap is solved. There were received values of critical current densities for such a beam in dependence of current density and average beam charge going through the gap on current density, average charged, and initial energy of ions of injected beam. There were conditions found where the effective separation of doubly charged and singly charged ions happens.