The theoretical expressions for absolute Raman intensities derived in Part 1 have been generalized in two ways; one for application to multicomponent glasses and the other to enable qualitative gl
An ability to predict absolute Raman intensities of the major spectral features in glasses in general is becoming increasingly important in association with the search for new optic fiber materials
A large number of differential equation problems which admit traveling waves are usually defined on very large or infinite domains.
We have performed microwave absorption and near-field reflection experiments on a high mobility GaAs/AlGaAs heterostructure for the same conditions for which Microwave-Induced Resistance Oscillatio
We present differential absorption and refraction spectroscopy of a novel InGaAs/InAlAs multiple quantum well heterostructure in which the electron density inside the well is controlled electricall
The observation of reproducible statistical absorption fluctuations of an inhomogeneously-broadened optical transition in a glass is reported.
We present measurements of optical interband absorption in the fractional quantum Hall regime in a GaAs quantum well in the range 0
We present investigations of modulation of the absorption in InGaAs/InAlAs modulation doped single quantum well structures used as conducting channel in field effect transistors.
Optical absorption spectroscopy has been used to explore the phase diagram of the double layer electron system at v = 1.
In this letter we present the first investigation by direct differential absorption of the continuous transition of a single InGaAs quantum well from modulation doped (N~8x10 sup 11 cm sup -2) to u
