1991
DOI: 10.1080/00268949108041150
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Comparison of Hole Hopping Diffusion and Migration in a Triarylamine Containing Polymer

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Cited by 10 publications
(2 citation statements)
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“…There is then the suggestion of a common underlying mechanism susceptible to theoretical treatment. Thus, the field and temperature-dependent behavior of molecular dispersions is also observed in polymers with transport-active pendant groups like poly( N -vinylcarbazole), in polymers in which small-molecule moieties are incorporated in a main chain in sigma-conjugated polymers, , and most recently in certain poly π-conjugated systems. , Figure is a plot of the field dependence of hole drift mobility in the polymer PTPB parametric in temperature over a 60 K range . PTPB is a glassy polymer in which TPD moieties are covalently bonded into a main chain .…”
Section: Charge-transport Layer: Transport Models Performance and Mat...mentioning
confidence: 88%
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“…There is then the suggestion of a common underlying mechanism susceptible to theoretical treatment. Thus, the field and temperature-dependent behavior of molecular dispersions is also observed in polymers with transport-active pendant groups like poly( N -vinylcarbazole), in polymers in which small-molecule moieties are incorporated in a main chain in sigma-conjugated polymers, , and most recently in certain poly π-conjugated systems. , Figure is a plot of the field dependence of hole drift mobility in the polymer PTPB parametric in temperature over a 60 K range . PTPB is a glassy polymer in which TPD moieties are covalently bonded into a main chain .…”
Section: Charge-transport Layer: Transport Models Performance and Mat...mentioning
confidence: 88%
“…221,222 Figure 34 is a plot of the field dependence of hole drift mobility in the polymer PTPB parametric in temperature over a 60 K range. 223 PTPB is a glassy polymer in which TPD moieties are covalently bonded into a main chain. 218 The data is replotted in Figure 35 to show the explicit dependence of the log mobility on the square root of the applied field.…”
Section: Charge-transport Modelsmentioning
confidence: 99%