NaCl is one of the simplest compounds and was thought to be well-understood, and yet,
unexpected complexities related to it were uncovered at high pressure and in low …

We present an analytical one-dimensional model potential for the description of electronic
interface states that form at the interface between a metal surface and flat-lying adlayers of π …

We have predicted stable reconstructions of the (100) and (111) surfaces of NaCl using the
global optimization algorithm USPEX. Several new reconstructions, together with the …

Alkali halides are known to exhibit interface electronic states (IES) when deposited on metal
surfaces with ultra-thin coverage. Here, we examine the IES formed by sub-monolayer RbI …

Organic semiconductor devices rely on the movement of charge at and near interfaces,
making an understanding of energy level alignment at these boundaries an essential …

The electronic state at the interface between the Ag (111) surface and NaCl island has been
studied. Due to the lattice mismatch, islands of NaCl grow on Ag (111) with various moiré …

Monolayer and multilayer NaCl (001) films are grown on an Ir (111) substrate, and strain
relaxation modes are investigated by scanning tunneling microscopy (STM) and density …

Experimental and theoretical investigations on the formation mechanism of interface-specific
electronic states at metal–organic interfaces are reviewed. Model systems discussed are …

The motion of D2O monomers is investigated on a NaCl (100) bilayer on Ag (111) between
42.3 and 52.3 K by scanning tunneling microscopy. The diffusion distance histogram reveals …

We have investigated the electronic structures of axially oxo functionalized
titanylphthalocyanine (TiOPc) on Ag (111) by X-ray and ultraviolet photoelectron …