Recent results on neutron rich tin isotopes by laser spectroscopy

Cabaret, L A; Crawford, J E; Essabaa, S; Fedosseev, V; Geithner, W; Genevey, J; Girod, M; Horn, R; Huber, G; Kappertz, S; Lassen, J; Le Blanc, F; Le Scornet, G; Lee, J K P; Lettry, Jacques; Mishin, V I; Neugart, R; Obert, J; Oms, J; Ouchrif, A; Peru, S; Pinard, J; Ravn, H L; Roussière, B; Sauvage, J; Verney, D

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Recent results on neutron rich tin isotopes by laser spectroscopy

Authors: L A Cabaret
J E Crawford
S Essabaa
V Fedosseev
W Geithner
J Genevey
M Girod
R Horn
G Huber
S Kappertz
J Lassen
F Le Blanc
G Le Scornet
J K P Lee
Jacques Lettry
V I Mishin
R Neugart
J Obert
J Oms
A Ouchrif
S Peru
J Pinard
H L Ravn
B Roussière
J Sauvage
D Verney
Publication date: 28 May 2001
Publisher

Abstract

Laser spectroscopy measurements have been performed on neutron rich tin isotopes using the COMPLIS experimental setup. The nuclear charge radii of the even-even isotopes from A=108 to 132 are compared to the results of macroscopic and microscopic calculations. The improvements and optimizations needed to perform the isotope shift measurement on