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Archives & History Office

Hours: By appointment Monday-Friday during regular work hours.

Contact:

  • Archives E-mail: slacarc[@]slac.stanford.edu
  • RM E-mail: recordsmgt[@]slac.stanford.edu
  • Phone: (650)926-3091
  • Post: SLAC Archives and History Office, M/S 82, 2575 Sand Hill Road, Menlo Park, CA 94025.

Office Location: Bldg.50, Rm.122

SLED

The SLAC Energy Doubler / SLAC Energy Development

A scheme to improve the energy of the SLAC two-mile accelerator, SLED was developed by Perry B. Wilson, David Z. Farkas and Harry A. Hoag from 1973-1975 after their efforts were catalyzed by a "daydream" of Gregory Loew's, expressed in the final paragraph of his paper Electrons, The Energy Crisis and The Possibilities of RF Power in June 1973 (RLA52).

The radio-frequency pulse compression system boosts klystron peak power in order to increase the accelerator gradient.

Shown at upper right: David Farkas, Perry Wilson, Harry Hoag and Gregory Loew (left to right) of the SLAC Accelerator Physics Department gather around components of the SLED system in this February 14, 1977 photograph. The two SLED cavities can be seen directly above Loew, and the shiny box to the left of the cavities contains actuators used to "detune" the cavities. (M2916, Richard Muffley photo)

Shown at lower right: David Farkas and Perry Wilson with IEEE Particle Accelerator Technology Prize, April 4, 1991. (tb0190, Tom Nakashima photo)

 (M2916, SLED Group, SLAC, Muffley)

SLED in the News



SLED Technical Publications

Index entries in inSPIRE for SLED-related papers, most include links to online full-text versions.


(tb0190,  IEEE Award 1991, SLAC, Nakashima)

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Last Updated: 03/27/2017