Recent great impact by an Isotope Separator On-Line (ISOL) in nuclear and radiochemistry.

M. Sakama
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Abstract

On April 9 2015, the Letter article titled "Measurement of the first ionization potential of lawrencium, element 103" is now published at News and Views on Nature (2015) which has been performed by our remarkably Japanese colleagues of nuclear and radiochemistry at JAEA (Japan Atomic Energy Agency). In this review, the author will state that the isotope separator on-line (ISOL) our regularly used, one of mass separation techniques, with a thermal surface ionization makes possible for determining the ionization potential of lawrencium based on the fruitful fundations of developing the ISOL system until now and also ever studying searches for unknown nuclei and these nuclear decay properties around actinide region in the past 20 years.
近年来同位素在线分离器(ISOL)对核化学和放射化学的重大影响。
2015年4月9日,一篇题为“103号元素lawrencium的第一电离势的测量”的信件文章发表在《自然新闻与观点》(2015)上,这篇文章是由日本原子能机构(JAEA)核与放射化学的杰出日本同事完成的。本文综述了同位素在线分离器(ISOL)作为质量分离技术中常用的一种,利用热表面电离技术,在ISOL系统发展至今的丰硕成果的基础上,以及近20年来对锕系区周围未知核及其衰变性质的研究,使测定镧的电离势成为可能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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