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Chemical shift and intensity ratio values of dyspersium, holmium and erbium L X-ray emission lines

机译:,和L X射线发射线的化学位移和强度比值

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摘要

A systematic study of I X-ray spectrum has been made on the elements Dy, Ho and Er in the pure form elements and compounds to look into the influence of chemical effect. The vacancies were created by 59.54 keV γ-rays from an ~(241)Am radioactive source. The L X-ray emission spectra of heavy elements taken with the currently available Si(Li) detectors show four or five distinct peaks. Corrections for sample absorption and spectrometer efficiency were applied to the measured relative intensities. The results show agreement with the theoretical predictions of Scofield (Scofield, 1974a).
机译:对纯形态元素和化合物中的Dy,Ho和Er元素进行了X射线光谱的系统研究,以研究化学作用的影响。空位是由〜(241)Am放射源的59.54 keVγ射线产生的。使用当前可用的Si(Li)检测器拍摄的重元素的L X射线发射光谱显示了四个或五个不同的峰。将样品吸收和光谱仪效率的校正应用于所测量的相对强度。结果表明与Scofield的理论预测相符(Scofield,1974a)。

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