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Chemical effects on the Kß/Kα X-ray intensity ratios for some first-row transition element compounds were studied experimentally and calculated. The vacancies in the K shell were created by 59.5 keV r rays from an 241 Am radioactive source and characteristic X-ray radiation from sample was measured by using Si(Li) and Ge(Li) detectors. The calculations were carried out using Brunner's model. The calculated relative Kß/K α X-ray intensity ratios are in good agreement with the present and the previously published experimental data. PACS numbers: 78.70.—g, 82.80.—d

Chemical Effects on the Kβ/KαIntensity Ratios in First-Row Transition Element Compounds

Chemical Effects on the K_β/K_αIntensity Ratios in First-Row Transition Element Compounds