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High-Efficiency Soft-Contact-Laminated Polymer Light-Emitting Devices with Patterned Electrodes


  • We thank Dr. Z. Bao, Prof. J. A. Rogers, and Prof. O. O. Park for technical assistance, material support, and helpful comments. We thank Dr. M.-G. Kim for the helpful discussion.


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Organic light-emitting devices (OLEDs) formed by soft-contact lamination (ScL) show high luminous efficiency (∼ 2.25 cd A–1 with a Au electrode) and better operational stability than similar devices fabricated by thermal evaporation. The laminated electrodes consist of thin films of Au supported by flat or structured elastomeric elements of polydimethylsiloxane. By combining ScL and soft lithography, it is possible to fabricate high-efficiency OLEDs with micrometer-scale light-emitting areas.

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