Spin excitations from a partially populated composite fermion level are studied above and below nu=1/3.
In this paper, we show that different GaN heterostructures exhibit distinct nonlinear optical response. The response is studied using spectrally integrated pump-probe technique.
The transition behavior from linear to nonlinear viscoelasticity during constant strain-rate deformation of a Zr-based glassy alloy near the glass transition temperature is investigated and a calcu
Near the onset of convection in ethanol-water mixtures, the preferred dynamical state consists of traveling waves.
We studied the evolution of the photoluminescence (PL) spectra in modulation-doped GaAs-based heterostructures (single quantum wells and heterojunctions) at T-L=1.2 K under a high magnetic field B
The above research represents but two of the many areas where consideration of chemical reactivities may be profitably exploited in integrated circuit processing.
We shall study a stochastic process {iV(0, t ^ 0), which is a mathematical model for the occupancy of N service facilities, with no provisions for delays.
Transition rates for electron tunneling between interface states and the metal in mos structures are determined from the temperature dependence of barrier height measured by steady-state {1/C sup 2
We develop a variational mean-field theory of the ferromagnetic transition in compounds like Lanthanum-Manganite within the framework of the Double-Exchange Model supplemented by modest disorder.
We develop a variational mean-field theory of the ferromagnetic transition in compounds like Lanthanum-Manganite within the framework of the Double-Exchange Model supplemented by modest disorder.
