Synthesis of Artificial Ordered Alloy by Monatomic Deposition and the Characterization
Synthesis of Artificial Ordered Alloy by Monatomic Deposition and the Characterization
批准号:
08455286
负责人:
NAKAJIMA Hideo
金额:
$4.22万
依托单位:
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (B)
财政年份:
1996
资助国家:
日本
项目状态:
已结题
起止时间:
1996 至 1997
中文摘要
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英文摘要
An AuFe ordered alloy has been synthesized artificially by depositing alternately monatomiclayrs of Au and Fe. X-ray diffraction from the AuFe thin films shows definite superlattice lines corresponding to the L1_0-type ordered structure, although neither intermediate phase nor intermetallic compound is known for the Au-Fe binary equilibrium phase diagram. The thermal stability of the AuFe ordered alloy has been investigated from the decay rate of the superlattice peak intensity. After about 20 hours anneal, L1_0-type ordered phase changes to metastable disordered AuFe alloy. By further successive long anneals, the disordered phase may transform to phase separation of alphaFe and Au which corresponds to stable equilibrium phase.
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Koki Takanashi: "A Challenge of the Limit of the Layred Structure in Metallic Superlattices" Materia Japan. 35. 1204-1207 (1996)
Koki Takanashi:“金属超晶格层状结构极限的挑战”Materia Japan。
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Koki Takanashi: "Structure and Thermal Stability of Artificial L1_0-type Ordered FeAu Alloy Fabricated by Alternate Monatomic Deposition" Advances in Materials Research, Tohoku Univ.(in press).
Koki Takanashi:“交替单原子沉积法制造的人工 L1_0 型有序 FeAu 合金的结构和热稳定性”材料研究进展,东北大学(出版中)。
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高梨 弘毅: "Structure and Thermal Stability of Artificial L10-type Ordered Fe Au Alloy Fabricated by Alternate Monatomic Deposition" dvances in Materials Research. (発表予定). (1998)
Hiroki Takanashi:“通过交替单原子沉积制造的人工 L10 型有序铁金合金的结构和热稳定性”进展材料研究(即将发表)。
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中澤弘実: "単原子層蒸着によるAu(lll)上[Fe(nML/Au(nML)](n=1,2,3)多層膜の作製と垂直磁気異方性" 日本応用磁気学会誌. 20. 353-356 (1996)
Hiromi Nakazawa:“通过单原子层沉积和垂直磁各向异性在 Au(III) 上制备 [Fe(nML/Au(nML)] (n=1,2,3) 多层薄膜”,日本应用磁学学会杂志。 20. 353-356 (1996)
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Hideo Nakajima: "Diffusion in Thin Films" JIM Seminar Texbook. 31-40 (1997)
Hideo Nakajima:“薄膜扩散”JIM 研讨会教科书。
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