In this paper, we analytically derive an upper bound on the error in approximating the uplink (UL) single-cell interference by a lognormal distribution in frequency division multiple access (FDMA)
A new technique, combining a pulsed supersonic molecular beam source and time-resolved surface infrared spectroscopy, has been devised to measure the microscopic diffusion of molecules at surfaces.
Adsorbate mobilities reflect self and substrate interactions and govern the kinetics of many surface reactions.
Adsorbate mobilities directly reflect adsorbate-substrate and adsorbate- adsorbate interactions. They also serve as the delimiting factor to many surface chemical processes.
Time resolved digital imaging of 0.305micron diameter colloid samples equilibrated for ~48 hours and constrained into 2D by smooth glass walls reveals complex microscopic particle motions.
Microstructure related to the charge ordered (CO) state and metal-insulator (MI) transition in Nd sub (0.5) Sr sub (0.5) MnO sub 3 was investigated by transmission electron microscopy.
Electroless copper deposition processes are governed by the simultaneous reduction of copper and hydrogen.
We have used time resolved digital imaging of uniform, charged polystyrene spheres in colloidal suspension confined between smooth glass plates to study in detail the nature of microscopic particle
We have observed a two-step melting transition in a two dimensional system with classical screened Coulomb interactions.
Accurate simulation of optical gain in multi-quantum well lasers requires inclusion of band structure effects in the quantum wells, a proper treatment of broadening due to scattering and the inclus
