By extending a well-established time-domain perturbation approach to dual-polarization propagation, we provide an analytical framework to predict the nonlinear interference (NLI) variance, i.e., th
By extending a well-established time-domain perturbation approach [14] to dual-polarization propagation, we provide an analytical framework to predict the variance induced by nonlinearity on the s
Global positioning systems like GPS or GALLILEO will soon provide a very good timing accuracy, making possible the synchronization of nodes in a mobile ad hoc network (MANET).
The diffusion of boron in strained Si(1-x)Gq(x) epitaxial layer has been studied using secondary ion mass spectroscopy (SIMS).
Effects of direct tunneling and surface roughness on the capacitance-voltage characteristics of ultra-thin gate deep submicron MOS transistors have been studied.
We describe a numerical model that is capable of predicting the important laser characteristics such as the threshold gain and the gain margin between the main and side modes for a distributed feed
Due to the increased use of optical waveguide in the communications industry, there is an ever increasing need for the high quality production and controlled deposition of doped silica particles.
Due to the increased use of optical waveguide in the communications industry, there is an ever increasing need for the high quality production and controlled deposition of doped silica particles.
Due to the increased use of optical waveguide in the communications industry, there is an ever increasing need for the high quality production and controlled deposition of doped silica particles.
A fundamental understanding of the complex coupling of heat and mass transfer in the manufacture of optical waveguide is essential in today's competitive market.
