학술논문
Measurements of the two and three spin-index observables inn p elastic scattering between 0.80 and 1.10 GeV
Document Type
Article
Author
Ball, J.; Chesny, Ph.; Combet, M.; Fontaine, J. M.; Kunne, R.; Lemaire, M. C.; Sans, J. L.; Bystricky, J.; Lac, C. D.; Lehar, F.; de Lesquen, A.; de Mali, M.; Perrot-Kunne, F.; van Rossum, L.; Bach, P.; Demierre, Ph.; Gaillard, G.; Hess, R.; Rapin, D.; Sormani, Ph.; Goudour, J. P.; Binz, R.; Klett, A.; Peschina-Klett, R.; Rössle, E.; Schmitt, H.; Barabash, L. S.; Janout, Z.; Khachaturov, B. A.; Usov, Yu. A.; Lopiano, D.; Spinka, H.
Source
Zeitschrift für Physik C Particles and Fields; December 1994, Vol. 61 Issue: 4 p579-585, 7p
Subject
Language
ISSN
01709739; 14315858
Abstract
We present data of several rescattering observables measured inn p elastic scattering between 0.80 and 1.10 GeV. The SATURNE II polarized beam of free neutrons obtained from the break-up of polarized deuterons was scattered on the Saclay polarized frozen-spin proton target. Three different configurations of beam and target polarization directions were used: the observablesDonon andKonno were measured with the normal-normal spin configuration at eight energies;Nonkk ,Dos?ok andKos?ko were determined with the longitudinal-longitudinal configuration at six energies;Nonsk ,Dos?ok andKos?so with the sideway-longitudinal configuration at six energies. Part of the data was obtained with an unpolarized CH2 target where only the two spin-index polarization transfer parametersKos?ko andKos?so were determined. Data are compared with phase shift analyses predictions and with the LAMPF results at 0.788 GeV. Present results are the first measurements of rescattering observables above 0.80 GeV. They provide an important contribution to any future theoretical or phenomenological analysis.