We investigate the apparent charge transfer between adatoms in the GeXPb[l.XjGe(lll) interface both experimentally and theoretically. Scanning tunneling microscopy and surface core level measurements suggest significant charge transfer from the Ge adatoms to the Pb adatoms. However, first-principles calculations unambiguously find that the total electronic displacement is negligibly small, and that the results of published experiments can be explained as a result of bond rearrangement
International audienceWe report on Kelvin Probe Force Microscopy (KPFM) and Density Functional Theor...
Single layer Pb on top of (111) surfaces of group IV semiconductors hosts charge density wave and su...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
Small amounts of Pb significantly enhance the surface diffusion on the Ge(111)c(2 × 8) surface. Scan...
Energy band alignment theory is used to understand interface charge transfer in semiconductor/semico...
Optically induced charge transfer between adsorbed molecules and a metal electrode was predicted by ...
We develop an integer charge transfer model for the potential steps observed at interfaces between d...
The surface states model is successful in predicting many salient features of charge transfer in ins...
The performance of devices from organic semiconductors is often governed by charge transfer phenomen...
It is becoming accepted that ultrathin dielectric layers on metals are not merely passive decoupling...
The Ge (001) surface with dimer structure, is negatively charged while into the bulk, positive charg...
The interfacial electronic distribution in transition-metal oxide thin films is crucial to their int...
This article describes theoretical treatments and experimental data focused on the rates of interfac...
We present a detailed voltage-dependent scanning tunneling microscopy study of a single phosphorus a...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
International audienceWe report on Kelvin Probe Force Microscopy (KPFM) and Density Functional Theor...
Single layer Pb on top of (111) surfaces of group IV semiconductors hosts charge density wave and su...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
Small amounts of Pb significantly enhance the surface diffusion on the Ge(111)c(2 × 8) surface. Scan...
Energy band alignment theory is used to understand interface charge transfer in semiconductor/semico...
Optically induced charge transfer between adsorbed molecules and a metal electrode was predicted by ...
We develop an integer charge transfer model for the potential steps observed at interfaces between d...
The surface states model is successful in predicting many salient features of charge transfer in ins...
The performance of devices from organic semiconductors is often governed by charge transfer phenomen...
It is becoming accepted that ultrathin dielectric layers on metals are not merely passive decoupling...
The Ge (001) surface with dimer structure, is negatively charged while into the bulk, positive charg...
The interfacial electronic distribution in transition-metal oxide thin films is crucial to their int...
This article describes theoretical treatments and experimental data focused on the rates of interfac...
We present a detailed voltage-dependent scanning tunneling microscopy study of a single phosphorus a...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
International audienceWe report on Kelvin Probe Force Microscopy (KPFM) and Density Functional Theor...
Single layer Pb on top of (111) surfaces of group IV semiconductors hosts charge density wave and su...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...