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Physics at CEBAF with High Resolution Spectrometers

Description: We present here the physics program planned for Hall A at CEBAF.It encompasses exclusive as well as inclusive electromagnetic measurements requiring both high precision and accuracy.The program includes measurements of the elementary form factors of the nucleon, systematic studies of the few nucleon systems (d, (sup)3.4 He), high momentum structure of nuclei, their structure at high Q^2 to look for hadronization and quark effects, spin response of nuclei via (vector-e, e', vector-p) reactions and the study of nuclear pion fields.
Date: January 1, 1991
Creator: Saha, Arunava
Partner: UNT Libraries Government Documents Department

Physics Program in Hall A at CEBAF

Description: We present here the physics program planned for Hall A at CEBAF. It encompasses exclusive as well as inclusive electromagnetic measurements requiring both high precision and accuracy.The program includes measurements of the elementary form factors of the nucleon, systematic studies of the few nucleon systems (d, 3,4He), high momentum structure of nuclei, their structure at high Q^2 to look for hadronization and quark effects, spin response of nuclei via (vector-e, e'vector-p) reactions and the study of nuclear pion fields.
Date: February 1, 1990
Creator: Saha, Arunava
Partner: UNT Libraries Government Documents Department

The CEBAF Project and the Few-Body Research Program

Description: A major portion of the initial CEBAF physics program in all three experimental halls addresses the study of the nucleon and the few nucleon systems (A < or = 4) using coincidence experiments and emphasizing measurements of polarization observables. The program encompasses the systematic measurements of elementary form factors of the nucleon to high Q^2, the electro- and photo-disintegration of the deuteron and the short distance behaviour of 3He and 4He.We present here a brief description of the CEBAF project and the few-body research program planned for Hall A at CEBAF.
Date: January 1, 1992
Creator: Saha, Arunava
Partner: UNT Libraries Government Documents Department