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in creator/contributor: "Wuestefeld, G."

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Conceptual design of a 1. 1-GeV 500-. mu. A fast-cycling proton synchrotron

A very high intensity proton synchrotron system which could be used for a pulsed spallation neutron source and low energy neutrino and meson physics facility is designed. The synchrotron would accelerate 200 MeV protons to 1.1 GeV with a repetition rate of 50 pulses per sec. The number of protons per pulse is 6.3 x 10/sup 13/, resulting in an average proton current of 500 ..mu..A. In order to accommodate the high intensity considerable attention was directed toward minimizing beam loss, control… more

Date: March 1, 1983

Creator: Cho, Y.; Crosbie, E.; Khoe, T.; Kustom, R.; Martin, R.; Norem, J. et al.

Item Type: Article

Partner: UNT Libraries Government Documents Department

open access

Status of the intense pulsed neutron source

Fortunately in spite of some premature reports of its impending demise, IPNS has passed the fourth anniversary of the first delivery of protons to the targets (May 5, 1981) and is approaching the fourth anniversary of its operation as a scattering facility (August 4, 1981). On June 10, 1984, the RCS delivered its one billionth pulse to the IPNS target - the total number of protons delivered to the targets amounted then to 75 stp cm/sup 3/ of H/sub 2/ gas. Since startup IPNS has improved steadil… more

Date: January 1, 1985

Creator: Carpenter, J. M.; Brown, B. S.; Kustom, R. L.; Lander, G. H.; Potts, C. W.; Schulke, A. W. et al.