GDR decay in hot Hg isotopes. An approach to improve the sensitivity to GDR decay following fusion reactions-Reference-Cited by-同舟云学术

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GDR decay in hot Hg isotopes. An approach to improve the sensitivity to GDR decay following fusion reactions

Published:1990-12 Issue:4 Volume:252 Page:545-549
ISSN:0370-2693
Container-title:Physics Letters B
language:en
Short-container-title:Physics Letters B

Author:

Atac A.,Gaardhøje J.J.,Herskind B.,Iwata Y.,Ogaza S.,Bracco A.,ruce A.M.,James A.,Chapman R.,Khazaie F.,Lisle J.C.,Mo J.N.,Connell K.A.,Simpson J.

Publisher

Elsevier BV

Subject

Nuclear and High Energy Physics

Reference21 articles.

1. High energy gamma decay from newly formed compound states

2. Giant Resonances in Excited Nuclei

3. Damping of the giant dipole resonance in hot, strongly rotating nuclei

4. Microsecond mass separation of heavy compound nucleus residues using the Daresbury recoil separator

5. The giant dipole resonance built on excited states in 113,114Sn and level densities in the vicinity of the neutron separation energy

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1. Nuclear Data Sheets for A=190;Nuclear Data Sheets;2020-11

2. Giant dipole resonance in hot rotating nuclei;The European Physical Journal A;2016-05

3. Thermal two-neutron separation energy in the case of Erbium isotopes;International Journal of Modern Physics E;2016-04

4. Compilation of giant electric dipole resonances built on excited states;Atomic Data and Nuclear Data Tables;2007-07

5. Giant dipole resonance in absorption and emission of γ rays by medium and heavy nuclei;Physics of Particles and Nuclei;2006-12

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