用于S3低能支线的高分辨率激光系统
核实验
2023-01-25 v1 原子物理
摘要
在本文中，我们展示了在GANIL-SPIRAL2设施的GISELE激光实验室获得的首批高分辨率激光光谱结果，为S-低能支线的首批实验做准备。对铒和锡的中子缺失放射性同位素的研究代表了将在S上研究的首批物理案例。给出了这些元素的稳定同位素的同位素位移和超精细结构数据。铒同位素使用 原子跃迁（415 nm）研究，锡同位素通过原子跃迁（286.4 nm）研究，并用作激光装置的基准。此外，锡同位素通过原子跃迁（811.6 nm）研究，获得了新的同位素位移数据，并给出了相应的场移和质量移因子。
引用
@article{arxiv.2212.04903,
title = {High-resolution laser system for the S3-Low Energy Branch},
author = {Jekabs Romans and Anjali Ajayakumar and Martial Authier and Frederic Boumard and Lucia Caceres and Jean-Francois Cam and Arno Claessens and Samuel Damoy and Pierre Delahaye and Philippe Desrues and Wenling Dong and Antoine Drouart and Patricia Duchesne and Rafael Ferrer and Xavier Flechard and Serge Franchoo and Patrice Gangnant and Sarina Geldhof and Ruben P. de Groote and Nathalie Lecesne and Renan Leroy and Julien Lory and Franck Lutton and Vladimir Manea and Yvan Merrer and Iain Moore and Alejandro Ortiz-Cortes and Benoit Osmond and Julien Piot and Olivier Pochon and Sebastian Raeder and Antoine de Roubin and Herve Savajols and Simon Sels and Dominik Studer and Emil Traykov and Juha Uusitalo and Christophe Vandamme and Marine Vandebrouck and Paul Van den Bergh and Piet Van Duppen and Klaus Wendt},
journal= {arXiv preprint arXiv:2212.04903},
year = {2023}
}