L. Esaki
Journal of Crystal Growth
We discuss the significant implications of polytype superlattices and multi-heterostructures consisting of combinations of three semiconductors: AlSb, GaSb and InAs, which are compatible for heteroepitaxy. The triple-constituent multilayer heterostructures appear to offer not only a novel class of materials for scientific investigations but also a new breed of semiconductor devices for high-speed applications. © 1981 The Japan Society of Applied Physics.
L. Esaki
Journal of Crystal Growth
E. Mendez, G. Bastard, et al.
Physica B+C
H. Clemens, P. Ofner, et al.
Materials Letters
L. Esaki, L.L. Chang
Proceedings of the IEEE