This work describes the current over an interface between two different polymeric semiconductors. The interface barrier amounts to 0.7 to 1.0 eV, which is orders of magnitude larger than the thermal energy. It is demonstrated that the current across the interface is injection limited. Furthermore, it is observed that the electrical characteristics for such an organic organic interface are completely different from those for a metal organic interface
[[abstract]]A comprehensive numerical model is established for the electrical processes in a sandwic...
By exploring the origin of the saturation current (J0), we show that the polymer/cathode interface d...
One of the key requirements for efficient organic-electronic devices is the creation of a negligible...
This work describes the current over an interface between two different polymeric semiconductors. Th...
The discovery of highly efficient organic light-emitting diodes (OLEDs) in the 1980s has stimulated ...
The charge injection across a polymeric heterojunction of a poly-p-phenylene vinylene derivative (in...
This is the final report of a three-year, Laboratory Directed Research and Development (LDRD) projec...
This thesis is concentrated on studies on organic interfaces in conjugated polymer devices. Both no...
The electrical characterization of a high efficient multilayer polymer light emitting diode using po...
The low-frequency differential capacitance of single-carrier (metal/organic semiconductor/metal) dev...
Organic electronics based on organic semiconductors offer tremendous advantages compared to traditio...
Contact resistances at metal/semiconductor interfaces can limit the performance of organic thin-film...
The performance of organic electronic devices is often limited by injection. In this paper, improvem...
We consider the mechanism of charge injection from metals into amorphous organic semiconductors. By ...
A high-mobility organic semiconductor employed as the active material in a field-effect transistor d...
[[abstract]]A comprehensive numerical model is established for the electrical processes in a sandwic...
By exploring the origin of the saturation current (J0), we show that the polymer/cathode interface d...
One of the key requirements for efficient organic-electronic devices is the creation of a negligible...
This work describes the current over an interface between two different polymeric semiconductors. Th...
The discovery of highly efficient organic light-emitting diodes (OLEDs) in the 1980s has stimulated ...
The charge injection across a polymeric heterojunction of a poly-p-phenylene vinylene derivative (in...
This is the final report of a three-year, Laboratory Directed Research and Development (LDRD) projec...
This thesis is concentrated on studies on organic interfaces in conjugated polymer devices. Both no...
The electrical characterization of a high efficient multilayer polymer light emitting diode using po...
The low-frequency differential capacitance of single-carrier (metal/organic semiconductor/metal) dev...
Organic electronics based on organic semiconductors offer tremendous advantages compared to traditio...
Contact resistances at metal/semiconductor interfaces can limit the performance of organic thin-film...
The performance of organic electronic devices is often limited by injection. In this paper, improvem...
We consider the mechanism of charge injection from metals into amorphous organic semiconductors. By ...
A high-mobility organic semiconductor employed as the active material in a field-effect transistor d...
[[abstract]]A comprehensive numerical model is established for the electrical processes in a sandwic...
By exploring the origin of the saturation current (J0), we show that the polymer/cathode interface d...
One of the key requirements for efficient organic-electronic devices is the creation of a negligible...