The molten lead target unit are combined with an on line isotope separator.
将熔化铅靶技术应用于在线同位素分离器。
The importance of using a laser ion source in the on line isotope separator, the principle of laser ion source, laser technique and the structure of hot capillary laser ion source and target chamber are introduced.
介绍了在线同位素分离器使用激光离子源的重要性、激光离子源原理和相关激光技术 ,以及热毛细管激光离子源和靶室的结构 。
For on line isotope separator, it is required that the capillary ionization has a speciality of low hot ionization efficiency and high ion extraction efficiency.
讨论了在线同位素分离器使用激光离子源的必要性 ,分析研究了毛细管式激光离子源对电离器的要求及热毛细管电离器的工作原理 ,并给出了在线实验的结果 。
The importance of developing ion source used for on-line isotope separator forresearching nuclei far from stability line is explained.
本文阐述了发展在线同位素分离器离子源的重要性,描述了激光离子源的优点、基本原理和研究现状,报告了兰州在线同位素分离器使用的激光离子源研究的设想和进展。