Developing an “atomic clock” for fission lifetime measurements
Author:
Publisher
Elsevier BV
Subject
Nuclear and High Energy Physics
Reference14 articles.
1. Nuclear viscosity of hot rotating224Th
2. Transport phenomena in dissipative heavy-ion collisions: the one-body dissipation approach
3. Strongly damped nuclear collisions: Zero or first sound?
4. Giant Resonances: Fundamental High Frequency Modes of Nuclear Excitation;Harakeh,2001
5. DirectK-shell ionization probabilities in 30-MeV/u Ne- and 8.3-MeV/u C-induced reactions near zero impact parameter
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