A very simple and effective procedure based on thermal annealing was reported in inducing discrete charge transfer in nanoparticle solid films. The particle ensembles were prepared by dropcasting a particle solution onto an interdigitated array electrode. The as-prepared particle films exhibited only linear featureless current-potential profiles in conductivity measurements, whereas after therm...

Superscaling in electron scattering from nuclei is re-examined, paying special attention to the definition of averaged single-nucleon responses. The validity extrapolation nucleon responses Fermi gas has been examined, which previously lacked a theoretical foundation. To address this issue, we introduce new with momentum distribution smeared around surface, allowing for momenta above momentum. ...

Abstract The two-centre wave-packet convergent close-coupling approach to ion–atom collisions is extended study proton with molecular hydrogen including electron-capture channels. We use a model potential represent the target as an effective one-electron spherically symmetric system. This greatly simplifies structure, allowing us already existing code developed for ion single-electron targets. ...

in this paper, we examine the effect of the energy difference between the l- and the -valleys in compound semiconductor materials, carrier effective mass, and the scattering processes on the electron transport characteristics in mesfets. to do this, we use the monte carlo simulation to demonstrate the superiority of the ingaas mesfet, made on a semi-insulating inp substrate, over both inp and ...