The initial stages of interface formation are crucial for the growth of an overlayer, in particular for ultra-thin films.
High energy ion scattering/channeling and low energy electron diffraction is used to investigate quantitatively the initial stages of interface formation (overlayer thickness up to ~10angstroms) du
A high-throughput SCALPEL tool will employ a typical current of 30 mu A and electron column potential of 100 KV, delivering power up to ~3 W through a 0.25 mm (wafer scale) square optical subfield.
In C the only values that can be used in initializing "global" variables are "link-time" constants.
Coherent oscillatory electrical activity and apical-basal wave propagation have been described previously in the procerebral (PC) lobe, an olfactory center of the terrestrial slug Limax maximus.
We have obtained a spectroscopic information on the momentum distribution of extreme nonequilibrium electrons in a semiconductor using "Hot Electron Spectroscopy." In this paper experimental resul
A Distributed Bragg Reflector laser diode has been packaged and characterised in an injection locking configuration for access applications.
In this paper, we report on quantum dash based injection locked Fabry-Perot laser diode, which allowed us to demonstrate a 231−'1 PRBS 10Gb/s coded signal over 20km SMF error-free transmission and
It is well known that a conventional phase-locked loop can be used as a frequency modulation receiver.1-3 It is perhaps less well known that the locking performance of the phase-locked loop and the
We demonstrate that the cavity resonance frequency - the round-trip frequency - of Terahertz quantum cascade lasers can be injection-locked by direct modulation of the bias current using an RF sour
