Silicon growth beyond a barrier structure consisting of 1 or 2 nm of silico
n sandwiched between adjacent layers of adsorbed oxygen up to 100 langmuir
of exposure is epitaxial and free of stacking faults as determined in high
resolution X-ray transmission electron microscopy. The process has been rep
eated up to nine periods, forming a superlattice called the hetero-epilatti
ce-superlattice. This development opens the door to the fabrication of a wi
de variety of electronic and optoelectronic structures, and possible applic
ation in silicon-on-insulator. (C) 1998 The Electrochemical Society. S1099-
0062(98)03-064-8. All rights reserved.