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Formation of unidirectional nanoporous structures in thickly anodized aluminum oxide layer 被引量:1
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作者 hyun-Chae NA Taek-Jin SUNG +6 位作者 Seok-Heon YOON seung-kyoun hyun Mok-Soon KIM Young-Gi LEE Sang-hyun SHIN Seok-Moon CHOI Sung YI 《中国有色金属学会会刊:英文版》 EI CSCD 2009年第4期1013-1017,共5页
A series of anodic aluminum oxide(AAO) was grown on the commercially pure 1050 aluminum sheet by controlling electrolyte temperature(2-15 ℃) and anodizing time(0.5-6 h),using a fixed applied current density of 3 A/dm... A series of anodic aluminum oxide(AAO) was grown on the commercially pure 1050 aluminum sheet by controlling electrolyte temperature(2-15 ℃) and anodizing time(0.5-6 h),using a fixed applied current density of 3 A/dm2 in diluted sulfuric acid electrolyte.A crack-free thick AAO with the thickness of 105-120 μm and containing unidirectional nano sized pores(average pore diameter of 5-7 nm) is successfully achieved in the specimens anodized for 2 h,irrespective of electrolyte temperature.When anodizing time reaches 6 h,very thick AAO with the thickness of 230-284 μm is grown,and average diameter of unidirectional pores is in the range of 6-24 nm.The higher values in both the AAO thickness and pore diameter are attained for the specimens anodized at higher temperatures of 10-15 ℃.A crack is observed to exist in the AAO after anodizing up to 4 h and more.A higher fraction(more than 9%) of the crack is shown in the specimens anodized at higher temperatures of 10-15 ℃ for 6 h and a considerable amount of giant cracks are contained. 展开更多
关键词 阳极氧化铝 纳米孔 单向 结构层 电解液温度 平均直径 氧化时间 硫酸电解液
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