A new method for controlling the magnetic field in the aperture of synchrotrons
University of California Radiation Laboratory, 1956 - Science - 12 pages
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1440-cycle ripple components adjusted for minimum adjusted to minimize ampere amplifier aperture attenuation of magnet beam losses Bevatron magnet Bottom sweep bunched primary beam California May 23 cancellation change of magnetic control for attenuation CONTROLLING THE MAGNETIC correction circuit counter at 90 Current marker dc coupled driven loop covering Effect of ripple-correction electrode signal showing electronic gauss Heard Radiation Laboratory Induction electrode signal injection internal feedback connection Large-area driven loop loop covering upper lower pole tips magnet ripple magnet yoke magnet-ripple structure magnetic field control magnetic-field ripple magnitude METHOD FOR CONTROLLING methods in current millisec/cm milliseconds modulation of secondary output of counter phase-oscillation pickup loop pole-face windings rate of change rgized ripple correction ripple voltage ripple-canceling circuit ripple-correction circuit secondary beam seconds/cm self-energized connection showing bunched primary signal showing bunched Sweep speed Sweep trigger Synchronizer adjusted SYNCHROTRONS Harry G Top sweep transient turn-on University of California volt/cm with ripple