|Title:||Charge transport characterization of P3HT thin-film organic semiconductor : Written report: in fulfilment of diploma seminar 1FAF29 requirement|
|Authors:||Filipčič, Matija (Author)|
Urbančič, Jurij (Mentor) More about this mentor...
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|Work type:||Research project (high school) (p5)|
|Organization:||FN - School of Science|
|Abstract:||The focus of this diploma seminar is to describe different types of charge transport theory and
models used for finding mobility in semiconductors, more specifically focused on P3HT thin-film
organic semiconductor. It also describes the time-of-flight method, which was used to measure the
experimental data for P3HT with time dependent current I(t) curve. Another data set was obtained
by performing Kinetic Monte Carlo (KMC) simulations using Miller-Abrahams hopping formalism.
KMC was used to determine the material disorder, simulate I(t) curve and transit time for every
charge carrier. Simulated data, different transit times and mobilities were then finally compared
with experimental, in order to find agreements between the two.|
|Keywords:||charge transport, P3HT, thin-film organic semiconductor|
|Year of publishing:||2021|
|Number of pages:||16|
|Categories:||Document is not linked to any category.|
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