Precisely controlled epitaxial growth of microscopically thin semiconductor layers is essential for lightwave source and detector components.
Liquid crystals are intermediate phases between the isotropic liquid and solid crystal phases peculiar to many elongated or disc-like, organic molecules.
The {111} sub In plane of InP is shown to be the most difficult surface to obtain a defect free radiative interface by LPE regrowth.
Liquid phase epitaxial growth has been performed on substrates into which mesas, 4-6 micron deep, have been etched. The mesas are oriented along the [011] direction.
In many applications of liquid phase epitaxy in the GaInAsP system it is necessary to achieve uniform epitaxial growth on etched wafers, upon which several crystal planes have been exposed by etchi
Using In sub (1-x)Sn sub x melts saturated with InP, the P overpressure used to protect InP from thermal decomposition during heat-treatment prior to growth can be adjusted and optimized.
Epitaxial Ni and Co silicides have been fabricated using pulsed laser melting.
Many alkyl derivatives of carbohydrates are used as detergents for cell wall membranes. This study describes the liquid-crystalline properties of a number of these systems.
We generalize Sudan's results for Reed-Solomon codes to the class of algebraic-geometric codes, designing algorithms for list decoding of algebraic geometric codes which can decode beyond the conve
Convolutional codes with Viterbi decoding have been proposed for so-called hybrid In Band on Channel (Hybrid IBOC) systems for digital audio broadcasting compatible with the FM band.
