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Isotone
Shell Structure of Nuclei Far from Stability H. Grawea and M
2007
Nuclear Structure Features of Very Heavy and Superheavy Nuclei—Tracing Quantum Mechanics Towards the ‘Island of Stability’
The Nucleus and Nuclear Instability
Low-Energy Nuclear Physics Part 2: Low-Energy Nuclear Physics
Range of Usefulness of Bethe's Semiempirical Nuclear Mass Formula
Nuclear Physics
The ALTO Project at IPN Orsay*
Systematics of Radii and Nuclear Charge Distributions Deduced from Elastic Electron Scattering, Muonic X-Ray
Nuclear Magic Numbers: New Features Far from Stability
RADIOCHEMISTRY and NUCLEAR CHEMISTRY – Vol
Single Particle Versus Collectivity, Shapes of Exotic Nuclei
Study of Isotope Shifts, Isotone Shifts and Nuclear Compressibility from the Analysis of Muonic X-Ray Transitions
Arxiv:2102.03686V1 [Nucl-Th] 6 Feb 2021
Spectroscopy of the Highly Neutron-Deficient N=84 Isotones
The Origin of Radioactivity the Origin of the Elements
The Neutron-Rich Edge of the Nuclear Landscape. Experiment and Theory
Nuclear Physics at the Edge of Stability
Top View
1.2 Basic Principles of Nuclear Physics
Multiparticle Configurations in N = 84 Isotones Located at the Proton Drip Line
Positioning the Neutron Drip Line and the R-Process Paths in the Nuclear Landscape
Nuclear Physics Programs for the Future Rare Isotope Beams Accelerator Facility in Korea
Arxiv:2102.08793V1
Exercises with Chart of Nuclides – Suggested Solutions
Nuclide Chart That Doubles As the Interface of a Data Base
Arxiv:1111.0482V1 [Nucl-Ex] 2 Nov 2011 D
B. STRUCTURE of NUCLEI at the LIMITS of STABILITY the Study of the Properties of Nuclei at the Very Limits of Stability Is Currently a Subject of Great Interest
Nuclear Physics Signatures
Nuclear and Particle Physics General Properties of Nuclei
Redioactive Decay
Surrogate Neutron Capture Reaction Prospects for R-Process Nuclei
Islands of Stability and Quasi-Magic Numbers for Super- and Ultra-Heavy Nuclei
DAY 1 (Morning) Introduction on Isotopes and Sample Preparation 1
Photofission and Photon Scattering Experiments, Are Emphasized and Described in More Detail in This Report on Low Energy Photonuclear Reactions
Current Status and Future Potential of Nuclide Discoveries
Basic Concepts
Astro 596/496 NPA Lecture 3 Aug. 28, 2009 Announcements: • PF 1
04 Liquid Drop Model
Reverse Engineering Nuclear Properties from Rare Earth Abundances in the R Process
Proton Decays in $^{16} $ Ne and $^{18} $ Mg and Isospin-Symmetry
Proton and Neutron Drip Lines
FRIB and the GW170817 Kilonova
Atomic Nuclei and Pairing Correlations