EMIS 2022 at RAON

Session

Session 3

3 Oct 2022, 14:00

S236 (Science Culture Center, IBS)

192. Precision laser spectroscopy of fast radioactive beams and trapped ions

Prof. Ruben de Groote

03/10/2022, 14:00

Invited

Laser spectroscopy techniques provide nuclear-model independent access to nuclear electromagnetic moments, spins and charge radii. Advances in radioactive ion beam instrumentation and laser technologies have enabled the study of a wide range of elements and isotopes, pushing out far from the valley of stability towards the drip lines.
In this contribution, I will present experimental...

47. Development of Ti:sa laser ion sources for S3-LEB at SPIRAL2-GANIL

Jekabs Romans (KU Leuven)

03/10/2022, 14:30

Oral Session

At GANIL-SPIRAL2 and LPC Caen the Super Separator Spectrometer-Low Energy Branch (S${}^3$-LEB) [1] project is under development to study exotic nuclei by In-Gas Laser Ionization Spectroscopy (IGLIS) to extract ground-state properties, such as nuclear mean-square charge radii $δ$,magneticdipole$μ$andelectricalquadrupole$Q$moments,andnuclearspins$I$. The nuclides of interest will...

52. Advances at the CRIS experiment for the laser spectroscopy of short-lived radioactive atoms and molecules

Mr Michail Athanasakis-Kaklamanakis (CERN, CH-1211 Geneva 23, Switzerland; KU Leuven, B-3001 Leuven, Belgium)

03/10/2022, 14:50

Oral Session

The collinear resonance ionization spectroscopy (CRIS) experiment at the ISOLDE facility at CERN specializes in performing high-sensitivity laser spectroscopy on species with production rates as low as 101-102 nuclei per second. Recently, thanks to the ability of the technique to perform both high-resolution spectroscopy at high precision and low-resolution spectroscopy with a short...

42. Atomic structure investigation of curium by laser mass spectroscopy

Nina Kneip (Johannes Gutenberg University Mainz)

03/10/2022, 15:10

Oral Session

As a transuranium element with proton number $Z=96$, curium is considered as one of the “minor actinides” in spent nuclear fuel. It is produced during burn-up by a series of nuclear reactions from ${}^{238}$U; spent nuclear fuel contains about $20$ g/tonne. Nineteen curium isotopes from ${}^{233}$Cm to ${}^{251}$Cm are known [1], with some exhibiting long half-lives between a few days and ${10}^7$...