Journal article
Orthogonal processing and patterning enabled by highly fluorinated light-emitting polymers
HH Fong, JK Lee, YF Lim, AA Zakhidov, WWH Wong, AB Holmes, CK Ober, GG Malliaras
Advanced Materials | WILEY-V C H VERLAG GMBH | Published : 2011
Abstract
We report a family of full-color highly fluorinated light-emitting polymers. The high fluorine content allows the formation of multi-layer devices, which are shown to exhibit emission from the individual layers. A 3 x 3 photoluminescent red-green-blue (RGB) pixel array is also fabricated using standard photolithographic patterning techniques, taking advantage of the robustness of these polymers. © 2011 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.
Grants
Awarded by Direct For Mathematical & Physical Scien; Division Of Materials Research
Awarded by Division Of Materials Research; Direct For Mathematical & Physical Scien
Funding Acknowledgements
We thank Australian Research Council (LX0669165)/National Science Foundation (Materials World Network DMR-0602821 and DMR-0908994) and CSIRO Australia for their generous support. We thank Dr. Scott Watkins (CSIRO CMSE) for his interest in this work and CSIRO for generous access to the Riken AC2 photoelectron spectrometer for the PESA measurements. This work was in part carried out at the Cornell NanoScale Facility. We are grateful to Mr. Eisuke Murotani, Dr. Yoshitomi Morizawa and AsahiGlass Company for GPC measurement in fluorous solvents. Y.F.L. acknowledges A*STAR (Singapore) for a research fellowship.