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Probing and modeling of surface polarization phenomena originating from dipoles and electrons in organic materials are studied. We use an electrical measurement that can directly probe orientational dipolar motion in monolayers by Maxwell Displacement Current, and show that a two-dimensional domain shape is dependent on electrostatic energy stored in the domain owing to the polar orientational alignment...
Electrostatic phenomena occurring at the interface between metal/organic and organic/organic materials are discussed from the viewpoint of dielectrics physics. Focusing on two important origins of surface polarization phenomena, orientational ordering of polar molecules and displacement of excess charges at the interface, surface polarization phenomena of organic thin films are discussed. To define...
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