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The Effect of Alloying Molybdenum Additives on the Hyperfine Structure and Corrosion-Electrochemical Behavior of Fe-Cr Alloys

机译:合金化钼添加剂对铁铬合金超细结构和腐蚀电化学行为的影响

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摘要

With the use of Mossbauer spectroscopy, the effect of alloying molybdenum additives on the hyperfine magnetic and electronic structure of iron alloys containing -21 and 28% chromium is studied. Probability distribution functions of hyperfine magnetic fields P{H_(eff)), intensities of the effective magnetic field P(H_(eff), isomer (chemical) shifts 8, second-to-third spectral line area ratios (W_(23)), and other spectral parameters are calculated with the use of the Normos program package. The data of Mossbauer spectroscopy are compared to the corrosion-electrochemical behavior of the alloys.
机译:利用Mossbauer光谱学,研究了钼添加剂合金化对含-21和28%铬的铁合金的超细磁性和电子结构的影响。超精细磁场的概率分布函数P {H_(eff)),有效磁场强度P(H_(eff),异构体(化学)偏移8,第二到第三光谱线面积比(W_(23))使用Normos程序包计算其他光谱参数,并将Mossbauer光谱数据与合金的腐蚀电化学行为进行比较。

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