We investigate the morphology of a pentacene (C22H14) film adsorbed on the Cu(119) vicinal surface by scanning tunnelling microscopy (STM). Thermal treatment of a thick film of molecules generates a long-range ordered structure. Series of molecular rows are alternated with areas where the molecules assume two equivalent orientations. STM data analysis suggests that the ordered structure can be described by a rippled morphology. The behaviour of the film at different annealing temperatures suggests a possible explanation of the film structure as due to an adsorbate-induced modification of the substrat
Evaporated pentacene thin films with thicknesses from several nm to 150 nm on gold and silver substr...
The formation of long-range ordered molecular structures can be achieved by depositing pentacene mol...
The morphology and electronic structure of pentacene (Pn) deposited on Cu(111) was studied using sca...
We investigate the morphology of a pentacene (C22H14) film adsorbed on the Cu(119) vicinal surface b...
We present a morphological study of pentacene (C22H14) long range ordered molecular wires assembl...
Pentacene (C22H14), deposited on the Cu(119) vicinal surface, forms ordered molecular chains, with t...
Pentacene (C22H14), deposited on the Cu(119) vicinal surface, forms ordered molecular chains, with t...
The molecular structure of thin pentacene film grown on a Cu(119) surface has been studied by near-e...
The adsorption of tetracene on a Cu(110) surface has been studied with high-resolution energy loss s...
The self organization of pentacene to form ordered film structures can be driven by the large struct...
We have investigated the structural and electronic properties of a pentacene film (similar to 2 nm) ...
We have investigated the structural and electronic properties of a pentacene film (∼2 nm) grown on t...
The degree of crystallinity, the structure and orientation of crystallites, and the morphology of th...
The effect of modulating the structure of thin pentacene (C22H14) films by a nanopatterned inert su...
Surface ordering of pentacene molecules adsorbed on an aperiodic Cu surface has been studied with de...
Evaporated pentacene thin films with thicknesses from several nm to 150 nm on gold and silver substr...
The formation of long-range ordered molecular structures can be achieved by depositing pentacene mol...
The morphology and electronic structure of pentacene (Pn) deposited on Cu(111) was studied using sca...
We investigate the morphology of a pentacene (C22H14) film adsorbed on the Cu(119) vicinal surface b...
We present a morphological study of pentacene (C22H14) long range ordered molecular wires assembl...
Pentacene (C22H14), deposited on the Cu(119) vicinal surface, forms ordered molecular chains, with t...
Pentacene (C22H14), deposited on the Cu(119) vicinal surface, forms ordered molecular chains, with t...
The molecular structure of thin pentacene film grown on a Cu(119) surface has been studied by near-e...
The adsorption of tetracene on a Cu(110) surface has been studied with high-resolution energy loss s...
The self organization of pentacene to form ordered film structures can be driven by the large struct...
We have investigated the structural and electronic properties of a pentacene film (similar to 2 nm) ...
We have investigated the structural and electronic properties of a pentacene film (∼2 nm) grown on t...
The degree of crystallinity, the structure and orientation of crystallites, and the morphology of th...
The effect of modulating the structure of thin pentacene (C22H14) films by a nanopatterned inert su...
Surface ordering of pentacene molecules adsorbed on an aperiodic Cu surface has been studied with de...
Evaporated pentacene thin films with thicknesses from several nm to 150 nm on gold and silver substr...
The formation of long-range ordered molecular structures can be achieved by depositing pentacene mol...
The morphology and electronic structure of pentacene (Pn) deposited on Cu(111) was studied using sca...