… band structure of semiconductor alloy systems is treated by both the dielectric twoband method
… We find that, with one free parameter, the dielectric method gives good agreement with …

… method and κ · p perturbation method are discussed, and energy band structures of various
semiconductors … , non-local pseudopotential method, and κ · p perturbation method. Once the …

… which bulk wave functions in the constituent semiconductors are matched at the superlattice
interfaces. … method is used to discuss the electronic structure of various III-V semiconductor …

… One then considers a semiconductor structure in which the chemical composition varies
slowly with position. The envelope function equations for the compositionally uniform case are …

… , the structures of TiO 2 and gC 3 N 4 can be determined. This straightforward fingerprinting
method of FTIR has been applied for many other semiconductor photocatalysts in addition to …

… semiconductor sub-oxides and the defect structure play an important role in enhancing
the formation and growth of high-quality semiconductor … A novel method based on oxide-assisted …

… A major feature of semiconductor nanocrystals is the … In addition, semiconductor nanocrystals
provide a versatile … atomic structure and optical properties of semiconductor nanocrystals. …

… A new method has been developed in order to identify the thermal environment of a
semiconductor device chip. The identification algorithm operates on the thermal transient response …

… implicit fnite difference method to simulate the interaction of intense nanosecond laser
beams with semiconductors and metal-coated ceramic structures. This method is based upon a …

The nanomechanical properties of thin silicon films will become increasingly critical in
semiconductor devices, particularly in the context of substrates that consist of a silicon film on an …