The relaxation of the Ag(110) surface was studied by high energy ion scattering. We find the first layer spacing contracted by -(7.8+-2.5)% and the second layer spacing increased by (4.3+-2.5)%.
It has been proposed that the oscillatory traveling-wave states recently observed at the onset of convection in ethanol-water mixtures can be explained in terms of the linear properties of the wave
In the past twelve months, there has been an upsurge in interest in the convective flow produced when a horizontal layer of a binary fluid mixture is heated from below.
In the past twelve months, there has been an upsurge in interest in the convective flow produced when a horizontal layer of a binary fluid mixture is heated from below.
S C I L L O G R A P H S are described which were developed primarily for recording transient phenomena of which the time of occurrence is neither known nor subject to control.
Emerging service-oriented architectures are pushing towards on-demand and ``on the fly{''} composition of applications and business processes.
This paper describes an infrared image simulator for remote sensing applications, called OSIrIS (outdoor scene and infrared image simulation).
We experimentally analyze the jitter suppression effect of an all-optical clock recovery based on quantum-dots self-pulsating laser in the presence of optical noise and show a full operation down t
: We study numerically and experimentally the OSNR margin of high-speed optical transmission systems in the nonlinear regime at FEC thresholds.
We study numerically and experimentally the OSNR margin of high-speed optical transmission systems in the nonlinear regime at FEC thresholds.
