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Infrared Investigation of Implantation Damage in 6H-SiC

机译:红外研究6H-SiC中的植入损伤

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摘要

We investigated the effects of implantation damage on the infrared reflectivity spectra ot 6H-SiC. Implantation was done with N~+-ions, at 160 keV and 300 K. The implanted dose ranged from 5x10~(13) to 5x10~(15) cm~(-2). Apart from a well-known intensity decrease and broadening of the reststrahlen band, we evidence a change in the refractive index of the implanted layers. This results in a specific interference regime and, at very high dose, in the appearance of a new line in the LO frequency range. They suggest formation of an effective medium in the damaged part of sample.
机译:我们研究了注入损伤对6H-SiC红外反射光谱的影响。以160keV和300K的N +离子注入。注入剂量为5x10〜(13)至5x10〜(15)cm〜(-2)。除了众所周知的强度降低和reststrahlen谱带变宽以外,我们证明了注入层的折射率发生了变化。这导致特定的干扰机制,并且在非常高的剂量下,会在LO频率范围内出现一条新线路。他们建议在样品的受损部位形成有效的培养基。

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