Capture Gamma-Ray Spectroscopy and Related Topics: Proceedings of the 13th International Symposium on Capture Gamma-Ray Spectroscopy and Related TopicsAndrey Blazhev Nuclear structure (complete spectroscopy, new theoretical approaches); Fundamental physics (fundamental symmetries in neutron induced reactions); Statistical properties of nuclei and other quantum many-body systems (level densities, fluctuations, chaos); Nuclear astrophysics (s-, r-, p- processes, nuclide production); Nuclear reactions (mechanism, resonances, strength functions); Nuclear data (measurement, modeling, evaluation); Practical applications (chemistry, material science, imaging); New techniques and facilities (detection systems, radioactive beams, cold neutrons, neutron sources) |
Contents
Challenges in Nuclear Structure | 3 |
Towards Combining InBeam yRay and Conversion Electron | 14 |
Empirical Signatures of Quantum Phase Transitions and Universal | 21 |
Copyright | |
59 other sections not shown
Common terms and phrases
13th International Symposium 2009 American Institute analysis angular momentum astrophysical band beam Blazhev branching ratio calculations capture cross section Capture Gamma-Ray Spectroscopy correlations Coulomb excitation cross section decay deformed detector determined dipole distribution Energy MeV even-even excitation energy experiment experimental data FIGURE fission gamma Hamiltonian Iachello Institute of Physics Interacting Boson Model International Symposium edited isotopes Jolie Keywords Laboratory Lett level density lifetime low energy low-lying mass matrix elements mean-field measured Meth method neutron capture neutron capture cross neutron energy neutron-rich Nucl nuclear structure nuclei nucleosynthesis observed obtained PACS parameters particle phase transition Phys potential predictions proton QRPA quadrupole quasiparticle R-matrix r-process reaction rates Related Topics resonance s-wave sample scattering shell shell model shown in Fig spectra spectrometer Spectroscopy and Related spectrum spherical spin strength function supersymmetry symmetry target technique theoretical transition strengths values Warr wave functions width y-ray yrast Zilges