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Optical Design and Performance of the SASP Spectormeter at TRIUMF

Show simple item record Walden, P.L. en_US Walton, T.G. en_US Miller, C.A. en_US Yen, S. en_US Abegg, R. en_US Auld, E.G. en_US Campbell, J.R. en_US Chakhalyan, J. en_US Churchman, R. en_US Duncan, F. en_US Falk, W.R. en_US Frekers, D. en_US Green, A. en_US Green, P.E.W. en_US Hartig, M. en_US Hausser, O. en_US Haddock, C. en_US Hicks, K. en_US Hutccheon, D. en_US Jones, G. en_US Korkmaz, Y.Ke.E.J. en_US Khan, N. en_US Ling, A. en_US Lobb, D.E. en_US Naqvi, S.I.H. en_US Olsen, W.C. en_US Opper, A. en_US Otter, A. en_US Punyasena, M.A. en_US Reeve, P. en_US Zhao, J. en_US 2014-11-19T04:46:53Z 2014-11-19T04:46:53Z 1999
dc.identifier.issn 0168-583X en_US
dc.description.abstract A new Q?Q-Clamshell magnetic spectrometer called SASP has been commissioned in the proton hall at TRIUMF. The principal optical characteristics are: a solid angle acceptance of 13.5 msr, a momentum bite of 25%, a momentum resolution of ?p/p=2?10?4, and a maximum central momentum of 720 MeV/c. We describe the optical design, the magnetostatic design, the magnetic field mapping procedure, and the performance of this instrument. en_US
dc.publisher Nuclear Instruments and Methods in Physics Research Section B: Beam Interactions with Materials and Atoms en_US
dc.subject Optics; Magnetic spectrometer en_US
dc.subject Sri Lanka; Magnetostatics; dispersion; Dispersion relations en_US
dc.title Optical Design and Performance of the SASP Spectormeter at TRIUMF
dc.type article en_US
dc.identifier.department Physics en_US

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