Future Perspectives for the Application of Low Temperature Detectors in Heavy Ion Physics
Future Perspectives for the Application of Low Temperature Detectors in Heavy Ion Physics
复制标题
低温探测器在重离子物理中应用的未来展望
DOI：
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发表时间：
2009
期刊：
影响因子：
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通讯作者：
S. Kraft
中科院分区：
文献类型：
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作者：
P. Egelhof;S. Kraft
量热低温探测器有可能成为重离子物理许多领域应用的有力工具。介绍了重离子物理的发展概况，介绍了新一代重离子装置的概况，重点介绍了低温探测器在重离子物理中应用的潜在优势。对于用于重离子能量灵敏探测的原型LTD，在很大的入射能量范围内，能量分辨率达到▵E/E = 1-2×10−3，以及其他探测器特性，如能量线性，即使对于最重的离子，也没有脉冲高度缺陷的指示，已经获得了良好的结果。此外，用于硬X射线的原型探测器已经显示出低至▵E = 30-40 eV@60keV的能量分辨率。因此，这两种探测器方案都已经成功地用于第一次实验。目前，大型立体角探测器阵列的设计和安装正在进行中。和阿尔..。
Calorimetric low temperature detectors have the potential to become powerful tools for applications in many fields of heavy ion physics. A brief overview of heavy ion physics is given, and the next generation heavy ion facility FAIR is described with a special emphasis on the potential advantage of Low Temperature Detectors (LTDs) for applications in heavy ion physics. For prototype LTDs for the energy sensitive detection of heavy ions excellent results with respect to energy resolution down to ▵E/E = 1–2×10−3 for a wide range of incident energies, and with respect to other detector properties, such as energy linearity with no indication of pulse height defects even for the heaviest ions, have been obtained. In addition, prototype detectors for hard X‐rays have shown energy resolutions down to ▵E = 30–40eV @ 60 keV. Consequently, both detector schemes have already been successfully used for first experiments. At present, the design and setup of large solid angle detector arrays is in progress. With the al...