Sentence examples for electron propagation from inspiring English sources

In order to visualize how these two dimensionality crossovers affect electron propagation in these three energy ranges, we calculated the energy-dependent lead-resolved DOS and LDOS56 projected on the Ge dimer rows.

It is shown that adequate disorder can significantly limit the phonon propagation while preserving sufficient electron propagation and high power factors.

In the streaking experiment, a grating with a smaller period (λp=465 nm, td=400 nm, tw=45% of λp) is used and tilted with respect to the electron propagation direction at an angle of α=37° in the x-z plane (see Supplementary Fig. 4).

The sequential opening of two transport channels within the quasi-one-dimensional Ge dimer rows in the surface gives rise to two distinct resonances in the transconductance spectroscopic signal, consistent with phase-coherence lengths of up to 50 nm and anisotropic electron propagation.

The apparent diffusion coefficient (Dapp) for electron propagation during the reduction of Ru bpy 33+ was 1.2∼8 times larger than that measured for the oxidation of Ru bpy 32+ under the same conditions.

From the Ulysses launch up to the end of 1992, the 3 10 MeV energy electron count rate of the COSPIN/KET instrument has been consistent with simple expectations from Jovian electron propagation.

Furthermore, the mixed WO3/ZrO2 film (support) is characterized by high acidity and fast charge (electron, proton) propagation during the system's redox transitions.

The actuation of such device has been simulated using several numerical approaches including full determination of electrostatic potentials with accurate description of fields at the wedge region, electron beam propagation inside the device, and evaluation of the current density distributions at the anode detector screen.

His research interests include the development of quantum methodologies to the description of coherent phenomena in many body systems, quantum tomography, theoretical modeling for studying dynamical effects in mesoscopic systems, transport properties in nanostructured polymeric materials and biological media, and optical and electron beam propagation in nonlinear media and plasma.

Bounce motion of electrons conserving the first adiabatic invariant of electrons and propagation of the waves along the field line are solved simultaneously in the RBW model.

The errors in the electron density and propagation distance for all modes are found to be ∼ 0.6 cm −3 and ∼ 470 km, respectively.