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Atomistic tight-binding calculations for the investigation of transport in extremely scaled SOI transistors
(IEEE, 2003)This paper reviews the basic methodology and highlights advantages and recent applications of atomistic tight-binding calculations for the investigation of carrier transport in extremely scaled SOI transistors. The ... -
Enhancement of the effective tunnel mass in ultrathin SIO2layers
(Pergamon [u.a.], 2003) -
Density functional tight-binding for self-consistent computation of the transport properties of molecular electronic devices
(SPIE, 2003)Density Functional theory calculations combined with non-equilibrium Green's function technique have been used to compute electronic transport in organic molecules. In our approach the system Hamiltonian is obtained by ... -
Conductance modulation of single-walled carbon nanotubes
(SPIE, 2003)We have performed studies on the correlation between mechanical deformation and conductivity on a set of-single wall carbon nanotubes (SW-CNT), in two. different forms: (a) tablets 0.5 mm thick obtained by compacting the ... -
Influence of the electron-phonon interactions on the transport properties at the molecular scale
(SPIE, 2003)In the present work we investigate the influence of molecular vibrations on the tunneling of electrons through a molecule sandwiched between two metal contacts. The study is confined to the elastic scattering only, but ... -
Interplay between barrier contact, mobility models, and traps in the electrical characteristics of OTFT
(SPIE, 2003)We have investigated the electrical properties of organic thin-film transistor by using two-dimensional drift-diffusion simulations. The dependence of electrical haracteristics on the mobility model and on the barrier ...