Surface Electric Field Model for the Beam-Tilted-Foil Interaction

Observation of beam-induced changes in the polarization of Balmer- alpha radiation emitted following beam-tilted-foil transmission.

Measurements of the circular polarization of Balmer-u radiation emitted by excited hydrogen atoms, following the transmission of (20—50)-keV protons through thin, tilted amorphous carbon foils, exhibit markedly unexpected behavior as a function of exposure of the foil to the proton beam. Specifically, the circular polarization changes from an initially well understood tilt-angle dependence to a...

Electric Breakdown Model for Super-Thin Polyester Foil

Ferromagnetism controlled by electric field in tilted phosphorene nanoribbon

Study on phosphorene nanoribbon was mostly focused on zigzag and armchair structures and no ferromagnetic ground state was observed in these systems. Here, we investigated the magnetic property of tilted black phosphorene nanoribbons (TPNRs) affected by an external electric field. We also studied the edge passivation effect on the magnetism and thermal stability of the nanoribbons. The pure TPN...

Beam – Tilted Correlations

A model is described and evaluated that calculates beam irradiance from tilted solar radiance. This model will then be used to estimate the performance of a photovoltaic system using only tilted data values and compared to results using measured direct normal beam values. The results and advantages of this model will then be discussed along with the limitations of this model.

Nanoparticle Near-Surface Electric Field.

Theoretical studies show that surface reconstruction in some crystals involves splitting the surface atomic layer into two-upper and lower-sublayers consisting of atoms with only positive or only negative effective electric charges, respectively. In a macroscopic crystal with an almost infinite surface, the electric field induced by such a surface-dipole is practically totally concentrated betw...