Hot electron effects have been observed in semiconductors for many decades however, until recently, direct, experimentally determined spectroscopic information on the hot electron distribution fun
We report on the dynamics of excitons in ZnTe/Cd sub (x) ZN sub (1-x) Te multiple quantum wells studied by absorption, photoluminescence, and photoluminescence exciton (PLE).
We have determined the velocity distributions of individual quantum states of NO scattering from Ag(111) using molecular beam techniques to control the incidence energy, E1, and angle 01, and detec
Spectral line shapes are used to study dynamics of H chemisorbed on two different types of substrates, a semiconductor, Si(100), and a metal, W(100).
The dynamics of hybrid III-V/Si lasers are studied for the first time under a combination of two optical feedbacks.
We show experimentally and theoretically that the recently observed novel exciton ring emission pattern in quantum well structures has an extremely long lifetime: it persists for hundreds of micros
We report an analysis of the dynamics of a pulsed power, inductively- coupled chlorine plasma operated with continuous radio frequency (rf) bias applied to the substrate stage.
Using the technique of hot electron spectroscopy we have measured the change in hot electron spectra with transit region width enabling us to obtain a dynamic picture of injected hot electron cooli
Solid-state carbon NMR with magic-angle spinning has been used to study; the structure and dynamics of semicrystalline polycaprolactone (PCL) and its inclusion complexes formed with alpha- and gamm
We consider a class of Hamiltonian nonlinear wave equations governing a field defined on a spatially discrete one dimensional lattice, with discreteness parameter, d = h sup (-1), where h > 0 is
