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The major efforts for particle beam driven fusion at ILE Osaka are as follows; development of pulsed power technology to construct a reliable and compact module for breakeven system, generation of high bright ion beam and its focusing and transport, an investigation of beam target interaction, and design studies of targets for efficient implosion by pulsed power and also by hybrid drivers with laser...
High brightness, high efficiency light ion diode are required for inertial confinement fusion. The experimental and computational performance of a diverged electron beam ion diode (inverse pinch ion diode) is presented. In inverse pinch ion diode, electrons flow outward from a cathode due to the E × B drift. There is no electron pinch region where the ion beam divergence is large. The diode brightness...
The transportation of intense light ion beams through a laser-initiated plasma channel was performed. The ion beam was generated using a pinch-reflex ion diode mounted on Reiden IV, and was propagated through the channel. Beam trajectories, estimated from the damage pattern on the cellulosenitrate film, were in good agreement with the theoretical prediction. The beam overlap in a multi-plasma channel...
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