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- W24541664 startingPage "283" @default.
- W24541664 abstract "Organic crystals are usually lacking main valence bonds between their constituent molecular repeat units. Therefore, in organic crystals there is usually no substantial electronic overlap between the molecules1; interactions are based on mere van der Waals forces in the very large class of neutral molecular crystals (or on a combination of van der Waals and local [closed shell] Coulombic interactions in the barely studied class of ionic organic crystals). As a consequence, exchange of a possibly present conduction electron or hole between neighboring molecules is not a very efficient process and, hence, electronic transport is generally slow in organic solids. Charge carriers are to be considered as rather localized (on individual molecules), with the consequence, specific for this class of materials, of considerable local changes of nuclear positions, vibrational frequencies, and electronic wavefunctions by polarization interactions (see, e.g., [1007E3]). This situation is usually described by introducing the concept of a polaron [1,4J as an appropriate quasiparticle, comprising the electronic charge and the induced surrounding polarization based on electronic, vibronic and phononic relaxation. Due to strong intraand intermolecular vibrational fluctuations, no coherent propagation of this quasiparticle is usually possible around room temperature and above, not even in a pure and structurally perfect crystal. The strong localization is reflected macroscopically by strong inertial resistance against acceleration (e.g. by an applied electric field), which can formally be ascribed to a high “effective” mass of the “polaronic” charge carrier [4]." @default.
- W24541664 created "2016-06-24" @default.
- W24541664 creator A5069531102 @default.
- W24541664 date "2001-01-01" @default.
- W24541664 modified "2023-10-16" @default.
- W24541664 title "Charge-Carrier Mobility in Organic Crystals" @default.
- W24541664 cites W1666239303 @default.
- W24541664 cites W191072167 @default.
- W24541664 cites W1963733469 @default.
- W24541664 cites W1965974768 @default.
- W24541664 cites W1966361092 @default.
- W24541664 cites W1966448036 @default.
- W24541664 cites W1967200406 @default.
- W24541664 cites W1970292917 @default.
- W24541664 cites W1970868308 @default.
- W24541664 cites W1979416642 @default.
- W24541664 cites W1980851592 @default.
- W24541664 cites W1981225439 @default.
- W24541664 cites W1981908156 @default.
- W24541664 cites W1983084926 @default.
- W24541664 cites W198423709 @default.
- W24541664 cites W1986020472 @default.
- W24541664 cites W1988970500 @default.
- W24541664 cites W1988975535 @default.
- W24541664 cites W1989380471 @default.
- W24541664 cites W1989941544 @default.
- W24541664 cites W1993508430 @default.
- W24541664 cites W1995268565 @default.
- W24541664 cites W1997869809 @default.
- W24541664 cites W2001366500 @default.
- W24541664 cites W2004413745 @default.
- W24541664 cites W2004804261 @default.
- W24541664 cites W2008614312 @default.
- W24541664 cites W2010956037 @default.
- W24541664 cites W2011874881 @default.
- W24541664 cites W2016796679 @default.
- W24541664 cites W2019761830 @default.
- W24541664 cites W2020210722 @default.
- W24541664 cites W2021363728 @default.
- W24541664 cites W2021425144 @default.
- W24541664 cites W2021691578 @default.
- W24541664 cites W2022806756 @default.
- W24541664 cites W2023003248 @default.
- W24541664 cites W2023596756 @default.
- W24541664 cites W2026299792 @default.
- W24541664 cites W2026423608 @default.
- W24541664 cites W2027712337 @default.
- W24541664 cites W2031908990 @default.
- W24541664 cites W2038158223 @default.
- W24541664 cites W2038944201 @default.
- W24541664 cites W2040065939 @default.
- W24541664 cites W2042112556 @default.
- W24541664 cites W2044072601 @default.
- W24541664 cites W2045597280 @default.
- W24541664 cites W2047380247 @default.
- W24541664 cites W2048733734 @default.
- W24541664 cites W2049264762 @default.
- W24541664 cites W2050961706 @default.
- W24541664 cites W2051765393 @default.
- W24541664 cites W2052841771 @default.
- W24541664 cites W2054133645 @default.
- W24541664 cites W2054242586 @default.
- W24541664 cites W2054551036 @default.
- W24541664 cites W2055309078 @default.
- W24541664 cites W2057347227 @default.
- W24541664 cites W2060038967 @default.
- W24541664 cites W2062568506 @default.
- W24541664 cites W2063530911 @default.
- W24541664 cites W2064300461 @default.
- W24541664 cites W2065823102 @default.
- W24541664 cites W2067167329 @default.
- W24541664 cites W2067383274 @default.
- W24541664 cites W2071530090 @default.
- W24541664 cites W2074378778 @default.
- W24541664 cites W2075114308 @default.
- W24541664 cites W2076572659 @default.
- W24541664 cites W2076874269 @default.
- W24541664 cites W2077488444 @default.
- W24541664 cites W2077732604 @default.
- W24541664 cites W2077942273 @default.
- W24541664 cites W2080667234 @default.
- W24541664 cites W2080837732 @default.
- W24541664 cites W2083628537 @default.
- W24541664 cites W2084464397 @default.
- W24541664 cites W2085305998 @default.
- W24541664 cites W2085407938 @default.
- W24541664 cites W2087771667 @default.
- W24541664 cites W2087991837 @default.
- W24541664 cites W2088119838 @default.
- W24541664 cites W2091680326 @default.
- W24541664 cites W2093315412 @default.
- W24541664 cites W2095015544 @default.
- W24541664 cites W2097374352 @default.
- W24541664 cites W2110537853 @default.
- W24541664 cites W2110810484 @default.
- W24541664 cites W2112553874 @default.
- W24541664 cites W2116570662 @default.
- W24541664 cites W2117895416 @default.