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タイトルRFマグネトロンスパッタ法により製作したMgO薄膜の結晶性に及ぼす基板温度の影響: 材料分析室利用研究成果、そのXXIX(2)
その他のタイトルEffect of substrate temperature on the crystalline of MgO thin films by RF magnetron sputtering: Research works accomplished by using materials a analysis facilities: XXIX(2)
参考URLhttp://hdl.handle.net/10368/32000
著者(日)後藤, みき; 今井, 雄貴; 光高, 諒; 中山, 玄; 三栖, 貴行; 荒井, 俊彦
著者(英)Goto, Miki; Imai, Yuki; Mitsutaka, Ryo; Nakayama, Hikaru; Misu, Takayuki; Arai, Toshihiko
著者所属(日)神奈川工科大学; 神奈川工科大学; 神奈川工科大学; 神奈川工科大学; 神奈川工科大学; 神奈川工科大学
著者所属(英)Kanagawa Institute of Technology; Kanagawa Institute of Technology; Kanagawa Institute of Technology; Kanagawa Institute of Technology; Kanagawa Institute of Technology; Kanagawa Institute of Technology
発行日2019-03-01
発行機関など神奈川工科大学
Kanagawa Institute of Technology
刊行物名神奈川工科大学研究報告: B理工学編
Research Reports of Kanagawa Institute of Technology: Part B. Science and Technology
43
開始ページ17
終了ページ20
刊行年月日2019-03-01
言語jpn
eng
抄録Magnesium oxide (MgO) thin films are great concern as electrode protection layer with very high secondary emission coefficient (γ) in the application such as plasma display panel (PDP). We have studied the effect of the substrate temperature on the crystalline structure and the secondary emission coefficient γ of MgO films. The MgO thin films have been fabricated by RF magnetron sputtering technique with various substrate temperatures of growth parameters. The secondary emission coefficient γ were estimated the breakdown voltage in Ne gas. The crystalline structure of the films was confirmed by X-ray diffraction (XRD) analysis. As a result, the preferred orientation of MgO thin films was observed in the [200] plane at substrate temperature between room temperature and 700 C. For temperatures above 500 C, [111] plane peak was observed. The secondary emission coefficient γ had a maximum at the substrate temperature of about 500 C.
内容記述形態: カラー図版あり
Physical characteristics: Original contains color illustrations
キーワードMgO thin films; substrate temperature; RF magnetron sputtering; XRD; secondary emission coefficient γ
資料種別Departmental Bulletin Paper
NASA分類Engineering (General)
ISSN2188-2878
NCIDAA12669200
SHI-NOAA1940056000
URIhttps://repository.exst.jaxa.jp/dspace/handle/a-is/924292


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