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Lattice location of low‐Zimpurities in medium‐Ztargets using ion‐induced x rays. I. Analytical technique

机译:使用离子连字符诱导的 X 射线在介质连字符;Z靶中低连字符;Zimpurities 的晶格位置。一、分析技术

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The usefulness of ion‐induced x‐ray yields to detect low‐Zimpurity atoms at low concentration in medium‐Ztargets and to locate their lattice sites in single crystals is established in this and the paper that follows. In paper I we describe the technique used with specific reference to phosphorus and sulfur implants in germanium crystals. Particular attention was given to the origin of the different components that constitute the backgrounds in the x‐ray energy spectrum. Peak‐to‐background ratios for these two impurity signals were then determined for H and He ions in the energy region from 0.5 to 2.0 MeV. Some results for N and Ar ions were also obtained. A beam of 0.5‐MeV H+gave optimum conditions for foreign atom location studies.
机译:本文和随后的论文确立了离子诱导X射线产率在检测中&连字符Z靶中低浓度的低&连字符;Z杂质原子并定位其在单晶中的晶格位点的有用性。在论文I中,我们描述了专门用于锗晶体中的磷和硫植入物的技术。特别注意了构成x射线能谱背景的不同成分的来源。然后,在0.5至2.0 MeV的能量区域内测定了H和He离子的峰&连字符与&连字符/背景比。还获得了N离子和氩离子的一些结果。0.5&连字符;MeV H+的光束为外来原子定位研究提供了最佳条件。

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