The influence of the heating rate on the initial growth of SiC on silicon b
y carbonization was investigated for two strongly differing methods: solid
source molecular beam epitaxy and rapid thermal chemical vapour deposition.
An improvement of the structural and morphological properties can be obtai
ned by a two dimensional nucleation stimulated by a defined heating cycle i
n a (hydro-) carbon flux. This improvement is strongly associated with a de
creased diffusion coefficient for silicon through the grown layer. (C) 1999
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