The origins of specific polymorphic phases within thin films are still not well understood. The polymorphism of the molecule dioctyl-terthiophene is investigated during the presence of a silicon-oxide surface during the crystallisation process. It is found that a monolayer of molecules forms two-dimensional crystals on the surface. In the case of thicker films crystalline islands are formed, A comparison of the three polymorphic phases observed within thin films and the thermodynamically more stable single crystal phases reveals distinct differences which can be related to an adaption of the molecular packing with the flat surface of the substrate
The order in molecular monolayers is a crucial aspect for their technological application. However, ...
The self-assembly of monolayers is a highly promising approach in organic electronics, but most syst...
The self-assembly of monolayers is a highly promising approach in organic electronics, but most syst...
AbstractThe origins of specific polymorphic phases within thin films are still not well understood. ...
The origin of unknown polymorphic phases within thin films is still not well understood. This work r...
The presence of surface-induced crystal structures is well known within organic thin films. However,...
The presence of surface-induced crystal structures is well known within organic thin films. However,...
The presence of surface induced crystal structures is well known within organic thin films. However,...
The origin of unknown polymorphic phases within thin films is still not well understood. This work r...
Polymorphism is an interesting phenomenon critical to our understanding of structure-property relati...
An increase or modification of structural order in the vicinity of a solid substrate is known for a ...
Polymorphism is an interesting phenomenon critical to our understanding of structure–property relati...
The issue of polymorphism in molecular crystals is discussed, taking into account the substrate-medi...
High molecular mass and high regioregularity favor the more common polymorph (form I) of poly(3-alky...
The polymorphism of pentacene thin films on SiO2 substrate was investigated by grazing incidence x-r...
The order in molecular monolayers is a crucial aspect for their technological application. However, ...
The self-assembly of monolayers is a highly promising approach in organic electronics, but most syst...
The self-assembly of monolayers is a highly promising approach in organic electronics, but most syst...
AbstractThe origins of specific polymorphic phases within thin films are still not well understood. ...
The origin of unknown polymorphic phases within thin films is still not well understood. This work r...
The presence of surface-induced crystal structures is well known within organic thin films. However,...
The presence of surface-induced crystal structures is well known within organic thin films. However,...
The presence of surface induced crystal structures is well known within organic thin films. However,...
The origin of unknown polymorphic phases within thin films is still not well understood. This work r...
Polymorphism is an interesting phenomenon critical to our understanding of structure-property relati...
An increase or modification of structural order in the vicinity of a solid substrate is known for a ...
Polymorphism is an interesting phenomenon critical to our understanding of structure–property relati...
The issue of polymorphism in molecular crystals is discussed, taking into account the substrate-medi...
High molecular mass and high regioregularity favor the more common polymorph (form I) of poly(3-alky...
The polymorphism of pentacene thin films on SiO2 substrate was investigated by grazing incidence x-r...
The order in molecular monolayers is a crucial aspect for their technological application. However, ...
The self-assembly of monolayers is a highly promising approach in organic electronics, but most syst...
The self-assembly of monolayers is a highly promising approach in organic electronics, but most syst...