Low temperature ballistic hole transport in high-quality pentacene single crystals is studied using macroscopic gated four-terminal van-der-Pauw geometry and two-terminal conventional field-effect
Using Monte-Carlo simulation, we show the ballistic electrons coupled with intervalley scattering produces peaks in the distribution function of electrons in submicron structures.
By measuring the ac impedance, we measure for the first time the crossover from diffusive (omegatau 1) transport as a function of frequency (dc to 5 GHz) in a dc contacted 2d electron gas in the l
Ballistic-electron-emission spectroscopy (BEES) is used to measure fluctuations in the thickness of buried Ga0.8Al0.2As layers.
Estimates of the anticipated band alignments for pseudomorphic InP/In sub x Ga sub (1-x) As heterosturctures for growth on (001) InP are presented; wherein 0.53.
The self-consistent "ab initio" pseudopotential results of Van De Walle and Martin have been combined with the phenomenological deformation potential theory of Kleiner and Roth to estimate the band
The technique of Photothermal Deflection Spectroscopy (PDS) has provided the clearest measurement of the absorption edge in polyacetylene.
We report EHT calculations of the band electronic structure of substituted pentacene derivatives and the polymorphs of the parent compound.
The "blue bronze", K(0.30)MoO3, exhibits a charge density wave (CDW) driven phase transition at 180K below which a variety of unusual phenomena associated with conductivity via a moving ("sliding")
The oscillator strength of optical transitions involving folded states is crucial for the possible applications of semiconductor superlattices.
