Interface electronic structure between aluminum and black phosphorus

Electronic structure of aluminum nitride: Theory and experiment

We report the results of a vacuum ultraviolet (VIJV) study of single crystal and polycrystalline AlN over the range 4-40 eV and compare these with theoretical optical properties calculated from first principles using an orthogonalized linear combination of atomic orbit& in the local density approximation. The electronic structure of AIN has a two-dimensional (2D) character indicated by logarith...

Electronic structure and binding energies of aluminum clusters.

At the interface between organic radicals and TiO2(110) single crystals: electronic structure and paramagnetic character.

We find that in a paramagnetic pyrene derivative of the nitronyl nitroxide radical deposited on rutile TiO2(110) single crystals the molecules keep/lose their paramagnetic character depending on the local substrate hydroxylation. The first molecular layer may act as a "buffer" on which intact organic magnets are grown.

Black phosphorus gas sensors.

The utilization of black phosphorus and its monolayer (phosphorene) and few-layers in field-effect transistors has attracted a lot of attention to this elemental two-dimensional material. Various studies on optimization of black phosphorus field-effect transistors, PN junctions, photodetectors, and other applications have been demonstrated. Although chemical sensing based on black phosphorus de...

Interface Between Black-footed Ferret Research And Operational Conservation