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中国物理学会期刊

镍清洁表面制备中去除碳的一种简便方法

CSTR: 32037.14.aps.29.529

A SIMPLE METHOD OF REMOVING RESIDUAL CARBON FOR PREPARING CLEAN NICKEL SURFACE

CSTR: 32037.14.aps.29.529
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  • 单用氩离子剥离很难完全去掉镍表面上的碳。在10-8—10-9托下用电子轰击加速氧的吸附,使残留着碳的镍表面吸附一定的氧;再将这个表面加热到360℃保温45分钟,获得了一个无碳的原子级清洁表面。讨论了利用氧去除碳的条件和机制。

     

    Argon ion sputtering alone does not remove completely the carbon remained on the nickel surface. By bombarding the nickel surface contaminated with carbon with an electron beam under a pressure of 10-8-10-9 torr to enhance the adsorption of oxygen on it, we obtain a nickel surface with both absorbed oxygen and carbon. Heating this surface at 360℃ for 45 minutes, we could obtain an atomically clean surface without carbon. The conditions and the possible machanism of removing residual carbon by oxygen are disccused.

     

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