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Resonance laser ionization of atoms for nuclear physics

机译:原子核共振激光电离

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摘要

The applications of the laser resonance ionization method in nuclear research are reviewed. Investigation of radioactive isotopes using resonance ionization techniques provides a valuable combination of high selectivity, efficiency and spectral resolution. The majority of radioactive ion beams produced at on-line isotope separator facilities profit from the selectivity and universal applicability of laser ion sources. Numerous ultra-sensitive and high-resolution techniques of laser spectroscopy based on resonance ionization of atoms have been developed for the study of rare and radioactive isotopes. A summary of ionization schemes applied to radioactive isotopes is given in table form.
机译:综述了激光共振电离方法在核研究中的应用。使用共振电离技术研究放射性同位素提供了高选择性,效率和光谱分辨率的宝贵组合。在线同位素分离器设施产生的大多数放射性离子束得益于激光离子源的选择性和普遍适用性。为了研究稀有和放射性同位素,已经开发了许多基于原子共振电离的激光光谱超灵敏和高分辨率技术。以表格形式总结了适用于放射性同位素的电离方案。

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