Stacking Disorder in Martensites of Cobalt and Its Alloys
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概要
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Stacking disorder in the h.c.p. martensites of the pure Co, Co-10.2at%Be and Co-19.5at.%Ni alloys has been studied by electron diffraction, utilizing the selected-area diffraction technique of an electron microscope. The shifts of diffraction spots along [00.1] direction due to stacking faults are observed with these martensites. The shifts are analyzed by Kakinoki theory with Reichweite s=2, and the corresponding stacking fault probabilities are found to be α=0.03〜0.3. It is considered that these stacking faults are introduced due to the constraints imposed by the surrounding matrix crystal.
- 社団法人応用物理学会の論文
- 1970-04-05
著者
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KAJIWARA Setsuo
National Institute for Materials Science
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Kajiwara Setsuo
National Research Institute For Metals
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