We report material gain measurements of bulk 1.55 mu m InGaAsP/InP performed at constant temperature and carried out over a large range of carrier densities and a large spectral region.
Organic and polymeric driving circuits may be a possible alternative to realize low cost flexible and large area flat panel displays.
Device reliability plays a decisive role in qualification of a fabrication process for high performance telecommunication lasers.
This is an invited talk to be given at a panel discussion at the 1987 Spring Electrochemical Society meeting.
The chemical vapor deposition process, in which oxides are deposited and simultaneously fused on the inner surface of a fused silica tube, has become a valuable technique for fabricating low-loss1,
In this paper we focus on the metallization aspect of the sequential multilayer process, with emphasis on how the material/process interactions affect the final product performance.
We consider the problem of efficiently processing recursive path queries in deductive database systems, and propose a semi-materialized encoding structure as an attractive approach that provides a
Materialized views have been found to be very effective at speeding up queries, and are increasingly being supported by commercial databases and data warehouse systems.
The increasing use of MOEMS (Micro-Optoelectromechanical Systems) in optical transmission systems, such as optical cross connects, wavelength blockers, dynamic gain equalization filters, and 1xK sw
The evolution of optical lithography to higher resolution patterning with step-and-repeat exposure methods has resulted from the precise fabrication of higher numerical aperture lenses, more precis
