High Flux Ion, and Odd Multi-Half Wave Length Resonant Transformer Accelerators in the Space and Time Domains

This paper carried out analytical work for identification of beam instabilities in the high flux ion collective accelerator generated by MHD effects. Density as well as beam velocity deviations are observed with the effect of incremental change in electron temperature. Also for the resonant transformer collective accelerator, dynamic model has been derived indicating the dependence of the accelerating potential with respect to various system parameters, establishing steady state stability limit and optimum tuning ratio at resonance.