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Investigation of tip-induced ultrathin Ti film oxidation kinetics

机译:尖端诱导的超薄Ti膜氧化动力学研究

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摘要

The peculiarities of the local oxidation process of ultrathin amorphous titanium films by scanning probe microscope are discussed. It is shown that the tip-induced oxidation process can be considered as electrochemical anodic oxidation. A model of the tip-induced oxidation kinetics is proposed. It is shown that film resistance, relative humidity, applied voltage and duration of oxidation are effects on the rate and resolution of the process. The possibility of formation of 8 nm oxide patterns by tip-induced oxidation is demonstrated.
机译:讨论了扫描探针显微镜对超薄非晶态钛薄膜局部氧化过程的特殊性。结果表明,尖端诱导的氧化过程可以看作是电化学阳极氧化。提出了一种尖端诱导的氧化动力学模型。结果表明,膜的电阻,相对湿度,施加的电压和氧化持续时间对过程的速率和分辨率都有影响。证明了通过尖端诱导的氧化形成8 nm氧化物图形的可能性。

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