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Dynamics of the 16O(e, e'p) reaction at high missing energies

Authors :
N, Liyanage
B D, Anderson
K A, Aniol
L, Auerbach
F T, Baker
J, Berthot
W, Bertozzi
P Y, Bertin
L, Bimbot
W U, Boeglin
E J, Brash
V, Breton
H, Breuer
E, Burtin
J R, Calarco
L, Cardman
G D, Cates
C, Cavata
C C, Chang
J P, Chen
E, Cisbani
D S, Dale
R, De Leo
A, Deur
B, Diederich
P, Djawotho
J, Domingo
B, Doyle
J E, Ducret
M B, Epstein
L A, Ewell
J M, Finn
K G, Fissum
H, Fonvieille
B, Frois
S, Frullani
J, Gao
F, Garibaldi
A, Gasparian
S, Gilad
R, Gilman
A, Glamazdin
C, Glashausser
J, Gomez
V, Gorbenko
T, Gorringe
F W, Hersman
R, Holmes
M, Holtrop
N, d'Hose
C, Howell
G M, Huber
C E, Hyde-Wright
M, Iodice
C W, de Jager
S, Jaminion
M K, Jones
K, Joo
C, Jutier
W, Kahl
S, Kato
J J, Kelly
S, Kerhoas
M, Khandaker
M, Khayat
K, Kino
W, Korsch
L, Kramer
K S, Kumar
G, Kumbartzki
G, Laveissière
A, Leone
J J, LeRose
L, Levchuk
M, Liang
R A, Lindgren
G J, Lolos
R W, Lourie
R, Madey
K, Maeda
S, Malov
D M, Manley
D J, Margaziotis
P, Markowitz
J, Martino
J S, McCarthy
K, McCormick
J, McIntyre
R L, van der Meer
Z E, Meziani
R, Michaels
J, Mougey
S, Nanda
D, Neyret
E A, Offermann
Z, Papandreou
C F, Perdrisat
R, Perrino
G G, Petratos
S, Platchkov
R, Pomatsalyuk
D L, Prout
V A, Punjabi
T, Pussieux
G, Quéméner
R D, Ransome
O, Ravel
Y, Roblin
R, Roche
D, Rowntree
G A, Rutledge
P M, Rutt
A, Saha
T, Saito
A J, Sarty
A, Serdarevic-Offermann
T P, Smith
A, Soldi
P, Sorokin
P, Souder
R, Suleiman
J A, Templon
T, Terasawa
L, Todor
H, Tsubota
H, Ueno
P E, Ulmer
G M, Urciuoli
P, Vernin
S, van Verst
B, Vlahovic
H, Voskanyan
J W, Watson
L B, Weinstein
K, Wijesooriya
R, Wilson
B, Wojtsekhowski
D G, Zainea
V, Zeps
J, Zhao
Z L, Zhou
Source :
Physical review letters. 86(25)
Publication Year :
2000

Abstract

We measured the cross section and response functions for the quasielastic 16O(e,e'p) reaction for missing energies 25or =E(m)or =120 MeV at missing momenta P(m)or =340 MeV/c. For 25E(m)50 MeV and P(m) approximately 60 MeV/c, the reaction is dominated by a single 1s(1/2) proton knockout. At larger P(m), the single-particle aspects are increasingly masked by more complicated processes. Calculations which include pion exchange currents, isobar currents, and short-range correlations account for the shape and the transversity, but for only half of the magnitude of the measured cross section.

Details

ISSN :
00319007
Volume :
86
Issue :
25
Database :
OpenAIRE
Journal :
Physical review letters
Accession number :
edsair.pmid..........4937a1a74968829fa8a379d6ee156f34