ELECTRON PARTICLE ACCELERATOR

Brand Owner Address Description
HEXATRON Fukushima SiC Applied Engineering Inc. 1-7 Aza Nakamaru, Oaza Yamadaoka, Narahamachi, Futaba-gun Fukushima 979-05 Japan Electron particle accelerator; particle accelerators; linear electron particle accelerator; high frequency linear particle accelerator; neutron generators other than for medical purposes; downloadable computer operating programs for use in the operation of particle accelerators; recorded computer operating programs for use in the operation of particle accelerators;HEXA TRON;Charged particle accelerator for medical purposes, namely, radiological treatment of tumors; linear accelerator for medical purposes, namely, radiological treatment of tumors; neutron generators for medical purposes, namely, radiological treatment of tumors; radiotherapy apparatus; radiological apparatus for medical purposes; linear electron particle accelerator for the radiation treatment of tumors; clinical linear particle accelerator for use in radiation treatment; high frequency electromagnetic therapy apparatus;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A particle accelerator system, including apparatuses and methods, that is configurable through repositioning of shorting devices therein to operate at different charged particle beam currents while maintaining optimum transfer of electromagnetic power from electromagnetic waves to one or more accelerating sections thereof, and reducing or eliminating reflections of electromagnetic waves. The particle accelerator system includes at least two accelerating sections and an electromagnetic drive subsystem with portions of the electromagnetic drive subsystem being interposed physically between the accelerating sections, thereby making the particle accelerator system compact. The electromagnetic drive subsystem includes, among other components, a 3 dB waveguide hybrid junction having a coupling window in a narrow wall thereof which is shared by the junction's rectangular-shaped waveguides. By virtue of the coupling window being positioned in a narrow wall rather than a wide wall, the maximal power of the 3 dB waveguide hybrid junction is increased significantly.