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.
The optical conductivity of ferromagnetic was calculated with an interpolation scheme fit to first-principles energy bands for paramagnetic FE with a constant exchange splitting.
We present am empirically based comparative study of spectral efficiency for a variety of transmission systems applicable to a fixed or repositionable wireless environment, in the context of Wi-Fi,
The advent of cloud computing has changed the way many companies do computation, allowing them to outsource it to the cloud.
