Evaporation is an effective cooling mechanism widely exploited in the thermal management of modern electronic devices, with a growing interest in the evaporation process in thin film based nanoporo
Numerical modelling of composites is becoming ever more important to commercial aircraft manufacturers for design-phase cost reductions and improved lead times.
We present a new numerical model of cascaded Raman fiber lasers that takes into account the chromatic dispersion of the fiber and includes the full spectrum of the intracavity field.
Satellite uplink antennas for SHF band communications may require high resolution adaptive nulling capability to provide sufficient pattern gain to desired users while maintaining pattern nulls on
We compute upper bounds on the maximal size of a binary linear code of length n=1000, dimension k, and distance d.
Analytical solutions for slip flows in the hydrodynamic entrance region of tubes and channels are examined. These solutions employ a linearized axial momentum equation using Targ's method.
We propose a new physical simulation tool of GR and diffusion noise in semiconductor devices by introducing distributed Langevin noise sources into the transmission line equivalent circuit model of
Detailed results are presented for the thermo-mechanical response of horizontal boat melts, as used in the growth of high-quality GaAs and GaAb crystals.
We study the generation of periodic velocity and temperature fields in a plane horizontal cruible of molten metal under the action of a horizontal temperature gradient.
The impact of SPM-induced nonlinear phase noise in a 10 Gb/s RZ-DPSK system is studied by numerical simulation.
