The crystal ball multi-photon spectrometer : A new facility for baryon spectroscopy (CROSBI ID 81407)
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Podaci o odgovornosti
Sadler, M.E. ; Bagga, R. ; Draper, B. ; Huddelstone J. ; Isenhower, L.D. ; Mulkey, Z. ; Kasprzyk, T. ; Spinka, H. ; Comfort, J. ; Craig, K. ; Ramirez, A. ; Kycia, T. ; Clajus, M. ; Marušić, Aljoša ; McDonald, S. ; Nefkens, B.M.K. ; Tippens, W.B. ; Peterson, J. ; Briscoe, W. ; Shafti, A. ; Staudenmaier, H. ; Manley. D.M. ; Abaev, V. ; Bekrenev, V. ; Kozlenko, N. ; Kruglov, S. ; Lopatin, I. ; Starostin, A. ; Knecht, N. ; Lolos, G. ; Papandreu, Z. ; Šlaus, Ivo ; Supek, Ivan ; Gibson, A. ; Grosnick, D. ; Koetke, D.D. ; Manweiler, R. ; Nord P. and Stanislaus, S.
engleski
The crystal ball multi-photon spectrometer : A new facility for baryon spectroscopy
A rich and diverse new experimental program in baryon spectroscopy is underway that utilizes the Crystal Ball (CB) multiphoton spectrometer at the Alternating Gradient Synchrocyclotron (AGS) at Brookhaven National Laboratory. The motivation is to improve the determination of the masses, widths and decay modes of baryon resonances, and to determine the etaLambda and etaSigma scattering lengths. Measurement of these fundamental properties of the elementary piN and KN systems tests the theoretical models that predict the spectra and characteristics of the resonances.
baryon spectroscopy
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