Peer-Reviewed Journal Details
Mandatory Fields
PARBROOK, PJ and KAMATA, A and UEMOTO, T;
1993
CDZNSE-ZNSE MULTILAYERS BY METALORGANIC VAPOR-PHASE EPITAXY USING DIMETHYLSELENIDE
Validated
()
Optional Fields
32
1B
669
673
The growth of CdZnSe-ZnSe multilayers using (CH3)2Se at 475-degrees-C is reported. Despite the occurrence of thermally induced diffusion, observed by secondary ion mass spectrometry, quantum wells of the desired alloy composition have been successfully grown for a well width of 20 nm. The uniform layers which can be obtained using dimethylselenide as the group VI precursor allow stimulated emission to be observed at 77 K from a multiple quantum well structure consisting of three, 30 nm wells under nitrogen laser excitation.
Grant Details