A compact high-power electron EH-accelerator for experimental realization

A new class of compact electron accelerators referred as Undulative Inductional Accelerators (UNIAC EH-accelerators) is discussed. These systems can be used for the cooling and acceleration of electron and ion beams, for forming relativistic beams of neutral molecules, neutrons and plasma fluxes, as relativistic space propulsion engines, etc. The key point of the EH-accelerators is utilization of undulative-like forms of trajectories of accelerated particles (wave-like, spiral-like, and so on). It is clear that achieved parameters of modern materials (permanent magnets, accelerative ferrites, and superconductors) allow the construction of especially compact, and, at the same time, reliable inexpensive accelerative systems in energy range from tens KeV to a few GeV. The versions of relatively compact 50-MeV and 500-MeV electron EH-accelerators are discussed. The current state of preliminary experiments is discussed.