Charge transport properties of organic single crystals as materials for organic electronic devices are determined by structural configurations of their packing molecules. In order to understand the relationship between carrier mobility and the intermolecular configurations, we applied lattice strain to two representing n-type and p-type organic semiconductors, 6,13-bis(triisopropylsilylethynyl) pentacene (TIPS-pentacene) and N,N???-dioctyl-3,4,9,10-perylenedicarboximide (PTCDI-C8). High increase of carrier mobility was observed in both molecule, but the amount of normalized increment was quite different (24 times for TIPS-pentacene and 3 times for PTCDI-C8). We revealed that the reason was in effect of ??-?? overlap changes in packing molec...
The electronic and charge transport properties of the derivatives based on tetracene with aryl and h...
In spite of tremendous progress in molecular design, engineering and processing, only few small mole...
In this thesis, we model electronic states, charge transfer and charge transport in organic semicond...
Organic materials are currently being examined for their potential use as active conducting media in...
Organic materials are currently being examined for their potential use as active conducting media in...
Charge transport plays a key role in defining the performance of organic-based devices such as light...
The research field of organic electronics experiences tremendous developments since the discovery of...
The field of organic electronics has developed tremendously over the last twenty years. The key advan...
Organic materials are currently being examined for their potential use as active conducting media in...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
Molecular packing in organic materials greatly influences the electronic coupling and therefore char...
Density Functional Theory Study on Electron and Hole Transport Properties of Organic Pentacene Deriv...
The electronic and charge transport properties of the derivatives based on tetracene with aryl and h...
In spite of tremendous progress in molecular design, engineering and processing, only few small mole...
In this thesis, we model electronic states, charge transfer and charge transport in organic semicond...
Organic materials are currently being examined for their potential use as active conducting media in...
Organic materials are currently being examined for their potential use as active conducting media in...
Charge transport plays a key role in defining the performance of organic-based devices such as light...
The research field of organic electronics experiences tremendous developments since the discovery of...
The field of organic electronics has developed tremendously over the last twenty years. The key advan...
Organic materials are currently being examined for their potential use as active conducting media in...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
[[abstract]]Organic semiconductors have attracted significant interest because of their potential ap...
Molecular packing in organic materials greatly influences the electronic coupling and therefore char...
Density Functional Theory Study on Electron and Hole Transport Properties of Organic Pentacene Deriv...
The electronic and charge transport properties of the derivatives based on tetracene with aryl and h...
In spite of tremendous progress in molecular design, engineering and processing, only few small mole...
In this thesis, we model electronic states, charge transfer and charge transport in organic semicond...