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One possible long distance transmission medium for optical waves consists of a periodic sequence of converging lenses.

ITH the recent extended use of Quartz crystals in oscillators and electrical networks has come a need for a comprehensive view of the various types of crystal cuts.

Surface Linearized Augmented Plane Wave (SLAPW) total energy calculations are used to study the differences between Cu-H bonding on Cu(111) and on a pseudomorphic Cu monolayer on - a Ru(0001) subst

Direct energy sources such as lasers and electron beams permit spatially localized alteration of semiconductor microstructure and electrical properties.

The magnetic susceptibility, specific heat, and electrical resistance of U(1-x)Th(x)Pt(3) have been studied for x between 0.01 and 0.10 at temperatures between 1.5 and 20K.

Siloxane networks formed by the vinyl-addition curing mechanism often contain excess silane groups to improve the curing kinetics.

We have evaluated the electronic perturbations induced on a thin Rh (001) film by the adsorption of 1/4 monolayer coverages of P, S, C1 or Li atoms.

A new modified Euclidean (ME) algorithm block for the highspeed Reed-Solomon (RS) decoder is presented.

The object of the study was the antenna of fractal geometry for GPS portable terminal. To make an objective assessment of the designed antennas the network and field parameters were determined.

We develop a new photoresist etch mask process to etch (001) InP wafers to obtain (111) B-faceted V-grooves for channelled substrate laser applications.

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