Because moving a charge requires moving its associated lattice distortion, polaron transport inherently demands higher energy expenditure than the movement of free electrons in rigid inorganic crystals. 3. Mechanisms of Charge Transport
In highly ordered systems like single crystals of rubrene or pentacene, the mechanism approaches the coherent regime, where carrier mobilities can be exceptionally high. physics of organic semiconductors pdf
Should I add a section on specific (such as UPS, cyclic voltammetry, or CELIV)? Because moving a charge requires moving its associated
is the Gibbs free energy change between the initial and final states. kBTk sub cap B cap T is the thermal energy. Should I add a section on specific (such
: A comprehensive overview covering everything from molecular design to device physics like OLEDs and OFETs. Charge Transport in Organic Semiconductors (H. Sirringhaus) : A seminal review article in Advanced Materials detailing how morphology affects mobility. Electronic Processes in Organic Crystals and Polymers (Pope & Swenberg)