2011
DOI: 10.1002/adma.201103620
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Inkjet Printing High‐Resolution, Large‐Area Graphene Patterns by Coffee‐Ring Lithography

Abstract: Taking advantage of the "coffee-ring" effect, graphene electrodes with channel lengths as low as 1-2 micrometers are patterned by inkjet printing. Organic thin film transistors and complementary inverters are also fabricated using these graphene electrodes and show excellent performance.

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Cited by 163 publications
(128 citation statements)
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“…Optical fibre Inkjet printing. Inkjet printing is highly promising for the highthroughput deposition of micron-sized patterns by virtue of its speed, low cost, additive and direct writing capability 38 (Fig. 5a-d) without any chemical/physical modification.…”
Section: Production Of Ltmdsmentioning
confidence: 99%
“…Optical fibre Inkjet printing. Inkjet printing is highly promising for the highthroughput deposition of micron-sized patterns by virtue of its speed, low cost, additive and direct writing capability 38 (Fig. 5a-d) without any chemical/physical modification.…”
Section: Production Of Ltmdsmentioning
confidence: 99%
“…6,7 Mineral rings left on washed glassware or sweat stained clothes are convenient examples of physical systems displaying such a behavior. Understanding the formation of the ring-like patterns from a colloidal droplet is important for many applications such as printing, [8][9][10] genotyping, 11 and colloidal self-assembly, 12,13 for which the distribution of the solute during drying process has to be put under control. Recently it was even demonstrated that the pattern formed by drying of biological fluids can be used as a means of disease diagnosis.…”
Section: Introductionmentioning
confidence: 99%
“…Recent advances in direct patterning techniques have been reported for organic materials, functional polymers, and even tissue engineering [16]. range of a few tens of micrometers [17]. This is one trade-off between expensive and complex processes and ease of patterning.…”
Section: Review Of 3d Structuring Technologies At the Micro/nanoscalementioning
confidence: 99%