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	Fe/Ni Cluster Hybrid Material Produced by Double Glow Discharge Sources
	Sumiyama, K. ; Monden, A. ; Katoh, R. ; Tanaka, N. ; Peng, D. L. ; Hihara, T. ; Peng DL(彭栋梁)
	2009
关键词	nanohybrid cluster electron microscopy X-ray photoelectron spectroscopy magnetic properties
英文摘要	Fe and Ni clusters have been simultaneously deposited on substrates using an improved plasma-gas-condensation cluster deposition apparatus, and investigated by transmission electron microscopy, X-ray photoelectron spectroscopy and magnetometry. In these Fe/Ni cluster hybrids Fe and Ni clusters are randomly mixed, where bee Fe and fee Ni diffraction rings are detected, and their lattice constants are almost same as those of pure Fe and Ni metals. The peak positions of core-levels, Fe-2p(3/2) and Ni-2P(3/2) lines, of Fe/Ni cluster hybrids are similar to those of pure Fe and Ni clusters. Since Fe and Ni are miscible with each other in bulk, equilibrium and film specimens, no nano-scale heterogeneity can be attained by other methods. Therefore, present results demonstrate formation of novel Fe/Ni nano-hybrid materials.
语种	英语
内容类型	期刊论文
源URL	[http://dspace.xmu.edu.cn/handle/2288/59389]
专题	材料学院－已发表论文
推荐引用方式 GB/T 7714	Sumiyama, K.,Monden, A.,Katoh, R.,et al. Fe/Ni Cluster Hybrid Material Produced by Double Glow Discharge Sources[J],2009.
APA	Sumiyama, K..,Monden, A..,Katoh, R..,Tanaka, N..,Peng, D. L..,...&彭栋梁.(2009).Fe/Ni Cluster Hybrid Material Produced by Double Glow Discharge Sources..
MLA	Sumiyama, K.,et al."Fe/Ni Cluster Hybrid Material Produced by Double Glow Discharge Sources".(2009).

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