Publications

The kinetic theory of transport properties of dilute atomic fluids has a solid foundation, dating back to the classic works of Maxwell and Boltzmann(1-3) and Chapman and Enskog(1-3).

We report on the dynmaics of trapped charge in unpassivated GaN/AlGaN/GaN high electron mobility transistors grown by plasma-assisted molecular beam epitaxy.

We have carried out stochastic trajectory simulations of the scattering of argon clusters, Ar sub (n,) n=5 to 26, from a Pt(111) surface.

Conformational transitions in polymers involve large angle rotations about bonds. The process must proceed in a way which does not require gross movements of the macromolecules.

The stability of moving curved fronts to short wavelength perturbations is investigated using the WKB approximation.

Long-lived droplet fluctuations can dominate the long-time equilibrium dynamics of long-range ordered Ising systems, yielding non-exponential decay of temporal spin autocorrelations.

Single quantum wells of GaAs grown by Molecular Beam Epitaxy with growth interruption at hetero-interfaces exhibit multiple structure in the luminescence spectrum corresponding to excitons in monol

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