Yellow Electroluminescence from Al-A1_2O_3 : Mn-Electrolyte System during Anodization of Al-Mn(1%) Alloy

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概要

• 論文の詳細を見る

• Yellow electroluminescence during the anodization of an Al-Mn(1 %) alloy in certain electrolytes has a peak at about 560 nm, and the optimum content of Mn as activator is ca. l %.Electrolytes of the barrier forming type, such as ammonium borate of 0.1 mol, and 2000 HizAC formation are suitable for obtaining intensive EL. Thin A1_203 : Mn phosphors can be formed by the anodization of Al -Mn(1 %) alloys, and yellow EL occurs due to the collision-excitation of Mn activators by injected electrons from the oxide-electrolyte interface.

• 社団法人応用物理学会の論文
• 1977-06-05

著者

• BABA Nobuyoshi

  Faculty of Technology, Tokyo Metropolitan University

• Baba Nobuyoshi

  Faculty Of Technology Tokyo Metropolitan University

• MIZUKI Issei

  Faculty of Technology, Tokyo Metropolitan University

• TAJIMA Sakae

  Faculty of Technology, Tokyo Metropolitan University

• Mizuki Issei

  Faculty Of Technology Tokyo Metropolitan University

• Tajima Sakae

  Faculty Of Technology Tokyo Metropolitan University

関連論文

• Eleetroluminescence of Europium Ion-Implanted Aluminum during Anodization
• Electrochromic IrO_x Thin Films Formed in Sulfatoiridate (III, IV) Complex Solution by Periodic Reverse Current Electrolysis (PRIROF)
• Electrochromic Properties of V_2O_5 Thin Films Colloid-Chemically Deposited onto ITO Glasses
• Yellow Electroluminescence from Al-A1_2O_3 : Mn-Electrolyte System during Anodization of Al-Mn(1%) Alloy
• Luminescence of Y_2O_3 Films during Anodization of Yttrium

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