Spins, moments and charge radii of barium isotopes in the range 122–146Ba determined by collinear fast-beam laser spectroscopy☆
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2023, Progress in Particle and Nuclear PhysicsCitation Excerpt :On-line laser spectroscopy experiments at RIB facilities also stimulated the development of collinear laser spectroscopy, which was validated as an approach at TRIGA, Mainz [8,9], achieving both a high resolution and sensitivity for the time. Soon after, the collinear laser spectroscopy method was applied at on-line facilities and used extensively in the study of nuclear properties of unstable isotopes [10–12]. Concurrently, the highly sensitive resonance ionization spectroscopy technique was developed and also used to measure radioactive species [13].
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2018, Physics Letters, Section B: Nuclear, Elementary Particle and High-Energy PhysicsCitation Excerpt :The voltage applied to the RFQ defines the starting potential of the ion bunch for collinear laser spectroscopy. It is set to about 30 kV in order to accomplish the mandatory velocity compression [27], which sets the basis for high-resolution experiments of this kind. After releasing the bismuth ions from the RFQ, they enter the COLLAPS beamline, where they are collinearly superimposed with a continuous wave laser beam at 307 nm provided by a frequency-doubled Matisse dye-laser, stabilized to a high-finesse wavemeter (WS-10) [31].
Structure of the high-spin, β -decaying state in the neutron-rich nucleus La 146
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- ☆
This publication comprises parts of the thesis of A.C. Mueller.
- ∗
Present address: GANIL, Caen, France.
- ∗∗
Present address: Foster Radiation Laboratory, McGill University, Montreal, Quebec, Canada.
- ∗∗∗
Present address: CERN, Geneva, Switzerland.