...：CVD金刚石膜具有优异的电、光、热、机械及抗辐照性能,已成为苛刻环境下工作的辐射探测器首选材料。探测器级CVD金刚石膜的制备和探测器的研制已经成为国际前沿课题。另外,CVD金刚石膜在气体探测器中作为微条气体室(MSGC)基板可有效克服基板不稳定性和电荷积累效应,成为当前气体探测器的研究热点。
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small gap MSGC 小间隙微条气体室
ANSYS software was used to simulate the distribution of the electric field in CVD diamond micro-strip detector and MSGC and to optimize the electrode design.
采用ANSYS软件模拟了CVD金刚石微条阵列探测器和微条气体室探测器的电场分布，优化了器件设计。
Micro-Strip Gas Chamber (MSGC) fabricated on CVD diamond substrate would overcome the charge-up effect and the substrate instability, which has been a hotspot in the research of gas detectors.
另外，CVD金刚石膜在气体探测器中作为微条气体室（MSGC）基板可有效克服基板不稳定性和电荷积累效应，成为当前气体探测器的研究热点。
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