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Electromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energy

Dipole strength functions in the chain of xenon isotopes are analyzed on the basis of photon-scatterde experiments with bremsstrahlung at the ELBE facility in Dresden, Germany, and at the HI S facility in Durham, North Carolina, USA. The evolution of dipole strength with neutron excess and nuclear d...

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Autores principales: Massarczyk, R, Schwengner, R, Dönau, F, Frauendorf, S, Bemmerer, D, Beyer, R, Butterling, M, Hannaske, R, Junghans, A, Koegler, T, Rusev, G, Schilling, K D, Schramm, G, Tonchev, A P, Tornow, W, Wagner, A
Lenguaje:eng
Publicado: 2014
Materias:
Acceso en línea:http://cds.cern.ch/record/1975463
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author Massarczyk, R
Schwengner, R
Dönau, F
Frauendorf, S
Bemmerer, D
Beyer, R
Butterling, M
Hannaske, R
Junghans, A
Koegler, T
Rusev, G
Schilling, K D
Schramm, G
Tonchev, A P
Tornow, W
Wagner, A
author_facet Massarczyk, R
Schwengner, R
Dönau, F
Frauendorf, S
Bemmerer, D
Beyer, R
Butterling, M
Hannaske, R
Junghans, A
Koegler, T
Rusev, G
Schilling, K D
Schramm, G
Tonchev, A P
Tornow, W
Wagner, A
author_sort Massarczyk, R
collection CERN
description Dipole strength functions in the chain of xenon isotopes are analyzed on the basis of photon-scatterde experiments with bremsstrahlung at the ELBE facility in Dresden, Germany, and at the HI S facility in Durham, North Carolina, USA. The evolution of dipole strength with neutron excess and nuclear deformation is studied.
id cern-1975463
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2014
record_format invenio
spelling cern-19754632019-09-30T06:29:59Zhttp://cds.cern.ch/record/1975463engMassarczyk, RSchwengner, RDönau, FFrauendorf, SBemmerer, DBeyer, RButterling, MHannaske, RJunghans, AKoegler, TRusev, GSchilling, K DSchramm, GTonchev, A PTornow, WWagner, AElectromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energyNuclear Physics - ExperimentDipole strength functions in the chain of xenon isotopes are analyzed on the basis of photon-scatterde experiments with bremsstrahlung at the ELBE facility in Dresden, Germany, and at the HI S facility in Durham, North Carolina, USA. The evolution of dipole strength with neutron excess and nuclear deformation is studied.oai:cds.cern.ch:19754632014
spellingShingle Nuclear Physics - Experiment
Massarczyk, R
Schwengner, R
Dönau, F
Frauendorf, S
Bemmerer, D
Beyer, R
Butterling, M
Hannaske, R
Junghans, A
Koegler, T
Rusev, G
Schilling, K D
Schramm, G
Tonchev, A P
Tornow, W
Wagner, A
Electromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energy
title Electromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energy
title_full Electromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energy
title_fullStr Electromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energy
title_full_unstemmed Electromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energy
title_short Electromagnetic dipole strength distribution in $^{124,128,132,134}$Xe below the neutron separation energy
title_sort electromagnetic dipole strength distribution in $^{124,128,132,134}$xe below the neutron separation energy
topic Nuclear Physics - Experiment
url http://cds.cern.ch/record/1975463
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