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Dangling Bond Defects in SiC: the Dependence on Oxidation Time

机译:SiC中的悬空键缺陷:对氧化时间的依赖性

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摘要

Electron paramagnetic resonance is used to study a near surface defect in oxidized 4H/6H SiC substrates and 3C SiC epitaxial layers. The defect is observed after wet oxidetion and a 900°C dry thermal treatment, but the defect is not located in the oxide. The heat treatment activates the EPR center by removing a hydrogen-related species from a C bond. Oxidation studies suggest that reaction of H_2O with SiC creates the defect. However, an alternative theory in which the defect is intrinsic to SiC cannot be disregarded.
机译:电子顺磁共振用于研究氧化的4H / 6H SiC衬底和3C SiC外延层中的近表面缺陷。在湿式氧化和900°C的干热处理后观察到该缺陷,但该缺陷不在氧化物中。热处理通过从C键中除去与氢有关的物质来激活EPR中心。氧化研究表明,H_2O与SiC的反应产生了缺陷。但是,不能忽略其中缺陷是SiC固有的替代理论。

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