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Mechanism of formation of highly conductive layer on ZnO crystal surface

机译:ZnO晶体表面形成高导电层的机理

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摘要

The mechanism of formation of a thin highly conductive layer, which is known to be present on ZnO surface, has been proposed. This process has been assumed to consist in accumulation of mobile shallow donors at crystal surface due to their drift in band-bending electric field caused by adsorbed oxygen. Experimental results that confirm this mechanism have been obtained.
机译:已经提出了形成已知存在于ZnO表面上的薄的高导电层的机理。假定该过程包括由于晶体中可移动的浅施主由于吸附的氧而在能带弯曲电场中的漂移而在晶体表面积累。已获得证实该机制的实验结果。

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