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Mass excess

Binding Blocks: Building the Universe One Nucleus at the Time
IUPAC/IUPAP Provisional Report)
Binding Energy 1 Binding Energy
Nuclear Mass and Stability
BETA DECAY in Β-Decay Processes, the Mass Number a Is Constant, but the Proton and Neutron Numbers Change As the Parent Decays
Nuclear Binding Energy 1 Nuclear Binding Energy
Experimental Search for Superheavy Elements
1. Mass Excesses and Binding Energies the Periodic Chart of Elements Is a Useful Graphical Presentation of the Elements of Nature
Astronomy 112: the Physics of Stars Class 7 Notes: Basics of Nuclear
Most Stable Superheavy Nuclei in the Island of Stability
The Mass of a Nucleus
Exercises with Mass, Binding Energy and the Liquid Drop Model – Suggested Solutions
Nuclear Wallet Cards
Energy Levels of Light Nuclei a =3
Nuclear Matter Properties with the Re-Evaluated Coefficients of Liquid Drop Model P
Superheavy Elements*
(I). Atomic Mass Table 1. Introduction
Direct Mapping of Nuclear Shell Effects in the Heaviest Elements

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Definitions of Terms Relating to Mass Spectrometry (IUPAC Recommendations 2013)*
A Health Warning: Here Are Some Summary Notes to Cover the Nuclear Part of the Course
Direct Mass Measurements and Global Evaluation of Atomic Masses Wenjia Huang
The Implementation of Binding Blocks in the Classroom
Arxiv:1811.10604V1 [Astro-Ph.HE] 26 Nov 2018
EXPERIMENTS on SYNTHESIS of SUPERHEAVY ELEMENTS USING 48Ca BEAM at FLNR JINR
Nuclear Masses and Mass Excess: Q Values for Nuclear Reactions

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