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Purification of PEDOT:PSS by Ultrafiltration for Highly Conductive Transparent Electrode of All‐Printed Organic Devices
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Soyeon Kim Bernardi Sanyoto Won‐Tae Park Seyul Kim Saumen Mandal Jong‐Choo Lim Yong‐Young Noh Jung‐Hyun Kim 《Advanced materials (Deerfield Beach, Fla.)》2016,28(46):10149-10154
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Soraya Sangiao Santiago Martín Alejandro González‐Orive César Magén Paul J. Low José M. De Teresa Pilar Cea 《Small (Weinheim an der Bergstrasse, Germany)》2017,13(7)
Nascent molecular electronic devices, based on monolayer Langmuir–Blodgett films sandwiched between two carbonaceous electrodes, have been prepared. Tightly packed monolayers of 4‐((4‐((4‐ethynylphenyl)ethynyl)phenyl)ethynyl)benzoic acid are deposited onto a highly oriented pyrolytic graphite electrode. An amorphous carbon top contact electrode is formed on top of the monolayer from a naphthalene precursor using the focused electron beam induced deposition technique. This allows the deposition of a carbon top‐contact electrode with well‐defined shape, thickness, and precise positioning on the film with nm resolution. These results represent a substantial step toward the realization of integrated molecular electronic devices based on monolayers and carbon electrodes. 相似文献
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Thomas Schmaltz Giuseppe Sforazzini Thomas Reichert Holger Frauenrath 《Advanced materials (Deerfield Beach, Fla.)》2017,29(18)
The patterning of functional materials represents a crucial step for the implementation of organic semiconducting materials into functional devices. Classical patterning techniques such as photolithography or shadow masking exhibit certain limitations in terms of choice of materials, processing techniques and feasibility for large area fabrication. The use of self‐assembled monolayers (SAMs) as a patterning tool offers a wide variety of opportunities, from the region‐selective deposition of active components to guiding the crystallization direction. Here, we discuss general techniques and mechanisms for SAM‐based patterning and show that all necessary components for organic electronic devices, i.e., conducting materials, dielectrics, organic semiconductors, and further functional layers can be patterned with the use of self‐assembled monolayers. The advantages and limitations, and potential further applications of patterning approaches based on self‐assembled monolayers are critically discussed. 相似文献
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