Author: "Razinskas, Gary" / Journal: nano letters - Searchworks@Jio Institute Digital Library Search Results

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Start Over Author "Razinskas, Gary" Journal nano letters

Author: Krauss, Enno, primary, Razinskas, Gary, additional, Köck, Dominik, additional, Grossmann, Swen, additional, and Hecht, Bert, additional
Published: 2019
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Author: Wu, Xiaofei, primary, Jiang, Ping, additional, Razinskas, Gary, additional, Huo, Yongheng, additional, Zhang, Hongyi, additional, Kamp, Martin, additional, Rastelli, Armando, additional, Schmidt, Oliver G., additional, Hecht, Bert, additional, Lindfors, Klas, additional, and Lippitz, Markus, additional
Published: 2017
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Author: Razinskas, Gary, primary, Kilbane, Deirdre, additional, Melchior, Pascal, additional, Geisler, Peter, additional, Krauss, Enno, additional, Mathias, Stefan, additional, Hecht, Bert, additional, and Aeschlimann, Martin, additional
Published: 2016
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Author: Chen, Kai, primary, Razinskas, Gary, additional, Feichtner, Thorsten, additional, Grossmann, Swen, additional, Christiansen, Silke, additional, and Hecht, Bert, additional
Published: 2016
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Author: Liu, Tian-Min, primary, Wang, Tianhan, additional, Reid, Alexander H., additional, Savoini, Matteo, additional, Wu, Xiaofei, additional, Koene, Benny, additional, Granitzka, Patrick, additional, Graves, Catherine E., additional, Higley, Daniel J., additional, Chen, Zhao, additional, Razinskas, Gary, additional, Hantschmann, Markus, additional, Scherz, Andreas, additional, Stöhr, Joachim, additional, Tsukamoto, Arata, additional, Hecht, Bert, additional, Kimel, Alexey V., additional, Kirilyuk, Andrei, additional, Rasing, Theo, additional, and Dürr, Hermann A., additional
Published: 2015
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Author: Rewitz, Christian, primary, Keitzl, Thomas, additional, Tuchscherer, Philip, additional, Huang, Jer-Shing, additional, Geisler, Peter, additional, Razinskas, Gary, additional, Hecht, Bert, additional, and Brixner, Tobias, additional
Published: 2011
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Author: Rewitz C, Keitzl T, Tuchscherer P, Huang JS, Geisler P, Razinskas G, Hecht B, and Brixner T
Subjects: Materials Testing, Refractometry, Interferometry methods, Light, Nanostructures chemistry, Nanostructures ultrastructure, Scattering, Radiation, Surface Plasmon Resonance methods
Abstract: Spectral interferometry is employed to fully characterize amplitude and phase of propagating plasmons that are transmitted through silver nanowires in the form of ultrashort pulses. For nanowire diameters below 100 nm, the plasmon group velocity is found to decrease drastically in accordance with the theory of adiabatic focusing. Furthermore, the dependence of the plasmon group velocity on the local nanowire environment is demonstrated. Our findings are of relevance for the design and implementation of nanoplasmonic signal processing and in view of coherent control applications., (© 2011 American Chemical Society)
Published: 2012
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