Interfaces organic/insulator

The simple drop casting crystallization method, discussed in Section 3.1, has also shown its validity in the determination of hole mobilities at least for the TTF-derivatives DTTTF (Mas-Torrent et al, 2004), EDT-TTF-(CONHMe)2 (Colin et al, 2004) and DBTTE (Mas-Torrent et al, 2005). In all cases, 1 cm s In this case the formation of high-quality organic/insulating interfaces is a matter of serendipity (see the discussion on the formation of nanovolcanoes at the surfaces of drop-cast single crystals in Section 3.1). 

V/cm). The differences obtained in the field-effect mobilities show the importance of the interface between insulator and organic semiconductor which can be influenced by, e.g., interface states or induction of different structural order (compare Section 3). On the other hand, the nature of the charge carriers is not influenced by the insulator material [230]. 

C.H. Lee, Enhanced efficiency and durability of organic electroluminescent devices by inserting a thin insulating layer at the Alq3/cathode interface, Synth. Met., 91 125-127 (1997). 

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