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Planarised selective regrowth of semi-insulating InP by LP-MOVPE using tertiarybutylchloride

机译:LP-MOVPE用叔丁基氯化物对半绝缘InP的平面选择性再生长

摘要

EnSelective regrowth of Fe−doped InP by tertiarybutylchloride (TBCl) assisted low pressure MOVPE on tall and narrow ridges has been investigated regarding the chloride addition, the surface morphology, and the mesa shape. Planarisation experiments have been carried out on ridges orientated in the [110] direction on (100) InP:Sn substrate. An excess growth ratio as low as 6% was achieved on 1.5 µm wide –3 µm high mesas. The planarisation effect was found to depend mainly on the chloride concentration during the selective growth. Thus, we were able to demonstrate the establishment of a successful planarisation process by means of TBCl addition, essential to the fabrication of high speed optoelectronic devices.
机译:关于氯化物的添加,表面形态和台面形状,已经研究了叔丁基氯化物(TBCl)辅助的低压MOVPE在高而窄的脊上对Fe掺杂InP的选择性再生长。在(100)InP:Sn基板上以[110]方向取向的脊上进行了平面化实验。在1.5 µm宽–3 µm高的台面上实现了低至6%的过量生长率。发现平面化效应主要取决于选择性生长期间的氯化物浓度。因此,我们能够通过添加TBCl来证明成功的平面化工艺的建立,这是制造高速光电器件必不可少的。

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