Development of a gas cell-based laser ion source for RIKENPALIS
Development of a gas cell-based laser ion source for RIKENPALIS
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为 RIKENPALIS 开发基于气室的激光离子源
DOI：
10.1007/s10751-013-0817-6
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发表时间：
2013
影响因子：
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通讯作者：
Y. Hirayama
中科院分区：
文献类型：
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作者：
T. Sonoda;M. Wada;H. Tomita;C. Sakamoto;T. Takatsuka;T. Noto;H. Iimura;Y. Matsuo;T. Kubo;T. Shinozuka;T. Wakui;H. Mita;S. Naimi;T. Furukawa;Y. Itou;P. Schury;H. Miyatake;S. Jeong;H. Ishiyama;Y. Watanabe;Y. Hirayama
我们研制了一台带有光束引出系统的激光电离气室样机。该装置用于寄生激光离子源(PALIS)，它将作为SLOWRI的一部分被实施到RIKEN的碎片分离器BigRIPS中。已证实离线共振激光电离在气室内稳定的Co、Cu、Fe、Ni、Ti、Nb、Sn、In和Pd，离子通过SPIG和QMS被提取和传输到高真空区(Sonoda等，Nucl Instrum Meth B 295：1,2013)。
We developed a prototype laser ionization gas cell with a beam extraction system. This device is for use of PArasitic Laser Ion-Source (PALIS), which will be implemented into RIKEN’s fragment separator, BigRIPS as a part of SLOWRI. Off-line resonant laser ionization for stable Co, Cu, Fe, Ni, Ti, Nb, Sn, In and Pd inside the gas cell, ion extraction and transport to the high-vacuum region via SPIG and QMS have been confirmed (Sonoda et al, Nucl Instrum Meth B 295:1, 2013).