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Fabrication of biaxial textured NiO on Ni in a one-step process

机译:一步法在Ni上制备双轴织构NiO

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摘要

A novel method for the preparation of biaxial textured nickel oxide on commercially available nickel via a modified surface oxidation epitaxy (SOE) process has been developed. Following studies of different heat-treatment procedures for both texturing of nickel and for the fabrication of nickel oxide the following method was found to yield the best results. Nickel was first textured under an argon - hydrogen atmosphere at 1000℃ for 120 min, then the temperature was lowered to 800℃ and the atmosphere was changed to argon with 3 ppm oxygen. Smooth and crack free c-axis textured and a-b aligned NiO buffer layers with an out-of-plane texture of 7.8° and an in-plane texture of 9.4° were successfully produced. Higher oxygen partial pressure and temperatures resulted in increased surface roughness and excessive grain growth.
机译:已经开发了一种新的方法,该方法通过修饰的表面氧化外延(SOE)工艺在市售镍上制备双轴织构氧化镍。在研究了用于镍的织构化和氧化镍制造的不同热处理程序之后,发现以下方法可获得最佳结果。首先将镍在氩气-氢气气氛下于1000℃下进行120分钟的织构,然后将温度降至800℃,并在气氛中将其改为含3 ppm氧气的氩气。成功生产出光滑无裂纹的c轴纹理和ab对齐的NiO缓冲层,其面外纹理为7.8°,面内纹理为9.4°。较高的氧分压和温度导致表面粗糙度增加和晶粒过度生长。

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