Electronic States of (DCNQI)2-Cu

Electronic states and magnetism of monatomic Co and Cu wires

The electronic structure of monatomic Cu and Co wires grown by step decoration of the vicinal Pt~997! surface has been investigated by angle-resolved photoemission with synchrotron radiation. Sensitivity to the small amount ~'0.1 monolayer! of deposited material that forms the one-dimensional wires could be achieved at photon energies close to the Pt 5d Cooper minimum, where the photoemission c...

Electronic and positronic states in YBa , Cu . , O ,

A b s h L m calculations have been done in order to oblain elecmnic and p i m n i c slates in YBa~Cu~Os. The annihilation rates have been calculated including the enhancement effects. Theoretical momentum density spectra are used for prediction of Fermi surface signals.

Determination of the electronic density of states near buried interfaces: Application to Co/Cu multilayers.

Induced Rashba splitting of electronic states in monolayers of Au, Cu on a W(110) substrate

The paper sums up a theoretical and experimental investigation of the influence of the spin–orbit coupling in W(110) on the spin structure of electronic states in deposited Au and Cu monolayers. Angle-resolved photoemission spectroscopy reveals that in the case of monolayers of Au and Cu spin–orbit split bands are formed in a surface-projected gap of W(110). Spin resolution shows that these sta...

INTERFACIAL ELECTRONIC CHARGE TRANSFER AND DENSITY OF STATES IN SHORT PERIOD Cu/Cr MULTILAYERS

Nanometer period metallic multilayers are ideal structures to investigate electronic phenomena at interfaces between metal films since interfacial atoms comprise a large atomic fraction of the samples. The multilayers studied were fabricated by magnetron sputtering and consist of bilayers from 1.9 nm to 3.3 nm. X-ray diffraction, cross-section TEM and plan-view TEM show the Cu layers to have a ...