CAJ | 학술논문

本文通过对10Be离子在加速器质谱计（CAMS）高能端束流传输进行模拟计算，确定了10Be离子束流传输的优化设计。设计安装了测量9 Be束流的法拉第筒、能量吸收膜（SiN膜）装置、ΔE-Eres气体探测器等，结果表明，改进后的CAMS可进行10 Be测量，10 Be测量总传输效率约为2％，测量本底约为4×10-14。
본문통과대10Be리자재가속기질보계（CAMS）고능단속류전수진행모의계산，학정료10Be리자속류전수적우화설계。설계안장료측량9 Be속류적법랍제통、능량흡수막（SiN막）장치、ΔE-Eres기체탐측기등，결과표명，개진후적CAMS가진행10 Be측량，10 Be측량총전수효솔약위2％，측량본저약위4×10-14。
Firstly ion optics calculations for the transport of 10Be were performed for the high energy system .Then a new Faraday cup was installed to measure high energy 9Be current and holder for silicon nitride foil (SiN-foil) was mounted .For the detection the Si-detector at the end of the beam line was replaced with a high resolution ΔE-Eres gas ionization chamber .The results show that the overall transmission efficency is about 2% and the 10 Be background level is limited to 4 × 10-14 .