Słowa kluczowe
tetracene
p-quaterphenyl
carrier mobility
Jak cytować
Abstrakt
Zastosowanie metody obliczeń kwantowo-mechanicznych pozwoliło na wyznaczenie energii reorganizacji cząsteczek tetracenu i p-kwaterfenylu oraz oszacowanie wartości całki przenoszenia elektronu pomiędzy sąsiadującymi cząsteczkami znajdującymi się w fazie stałej. Porównanie szybkości przenoszenia dziur z wartościami ruchliwości dziur w polikrystalicznych warstwach tetracenu i p-kwaterfenylu naparowanych w próżni w identyczny sposób wskazuje na dominujący wpływ budowy cząsteczki na przewodnictwo cienkich warstw tych związków.
Bibliografia
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