… (a) Height data showing the angular, layered grains seen for 80 C films. (b) Friction data
where the cracklike features are seen as elongated dark streaks. Two of the cracklike features …

… Therefore, if we use a thin pentacene film, by considering the long period of evaporation …
in the thick pentacene layer, we have to find an optimum pentacene thickness and evaporation …

… reduction of contact resistance, R c ⁠, in pentacene bottom-contact thin-film transistors (TFTs…
Our results suggest that the direct ohmic contact with a few molecular layer channel is a key …

… contact OTFT test structure used in this investigation. OTFTs were fabricated by depositing
50 nm of pentacene … may be screened by the upper most layers. Interestingly, for this device …

… We report on the reduced contact resistance in bottom-contact (BC) pentacene thin-film
transistors (TFTs) with a molybdenum oxide ( Mo O x ) carrier injection layer. Mo O x layers were …

… [22] In order to avoid such discontinuities, a top-contact OTFT configuration was … of pentacene
film growth were found to take place in a layer-by-layer fashion (these were the same films …

… For all metal substrates and PEN film thicknesses of several tens of nanometers, we find
that subsequent PEN layers adopt a standing configuration known from much less interacting …

… of high contact resistances in monolayer-scale pentacene film … of pentacene coverage shows
that second layer islands take … the pentacene film increases rapidly as the pentacene layer …

… contact barriers exist at metal/pentacene interfaces, suggesting that the Ohmic behavior
observed for contacts in pentacene … /pentacene/Au structure with a 250 nm thick pentacene layer…

… Such differences make a case for fundamental studies in OTFTs using TIPS-pentacene
as the semiconducting layer, even though there have been several studies dedicated to …