Titlebook: Collinear Resonance Ionization Spectroscopy of Neutron-Rich Indium Isotopes; Adam Robert Vernon Book 2020 The Editor(s) (if applicable) an

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Introduction,The nuclear force, when combined with the Pauli principle in the finite many-body system of atomic nuclei cause remarkably simple, but yet often unpredictable, trends to emerge.

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Background Atomic and Nuclear Physics,This chapter gives a brief summary of the underlying principles of atomic and nuclear physics which are needed to understand the laser spectroscopy methods used to measure the short-lived indium isotopes studied in this thesis, in addition to their relevance to nuclear structure.

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Analysis of Neutron-Rich Indium Studied with Laser Spectroscopy,This chapter describes the analysis procedure implemented in order to take the measured ion count rates and resonant step laser frequencies and extract hyperfine structure parameters from fitting of the wavenumber-binned spectra, in addition to the process used to quantify and correcting for known sources of experimental error.

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Evolution of Neutron-Rich Indium Proton-Hole States,The additivity rule, Eq.?., can also be used to calculate the magnetic moment expected for a single nucleon with total angular momentum . in orbital ., with spin . as .giving the single-particle values known as ‘Schmidt’ values [.].

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Conclusion,This thesis presented laser spectroscopy measurements of the electromagnetic properties of the long-lived nuclear ground and isomeric states (>200 ms) of neutron-rich indium isotopes .In, of which .In were completely unexplored by laser spectroscopy.

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https://doi.org/10.1007/978-3-030-54189-7Neutron-Rich Indium; Collinear Resonance Ionization Spectroscopy; Abrupt Change; Nuclear Electric Quadr

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