Product EMI pre-compliance evaluation becomes even more important nowadays than before due to the growing industrial trend in outsourcing and OEM.
We report on the far-field emission characteristics of two-dimensional photonic crystal-based organic waveguide lasers.
The total power in the statistical fluctuations is observed to be roughly proportional to the axial current density from the source.
Energetic positrons implanted into various ionic crystal surfaces are reemitted with a maximum kinetic energy (14.7+-0.7eV for LiF) near the band-gap energy.
There is an increasing demand to utilize the frequency spectrum of mobile communication systems most efficiently.
Exchange-type distributed-feedback (DFB) lasers based on heterogeneous integration of III-V lasers on silicon are analyzed by using a coupled-mode model.
We present ELVIS, a new approach for localizing a responder (e.g., firefighter) inside a building.
IN SILICON, n-p-n, double-diffused mesa transistors, emitter softening is a term which has been coined to describe a unique form of device life failure.
Since 1982 AT&T Bell Laboratories has been performing nuclear weapons effects assessments, including the response to high-altitude electromagnetic pulse, of modern digital telecommunications sy
A combined interpolation scheme for the body-centered-cubic d band metals is described with emphasis on the practical considerations in getting the scheme to work.
