Search Results - "Furtak, T.E"

High-resolution sum-frequency generation from alkylsiloxane monolayers by CHOW, B. C, EHLER, T. T, FURTAK, T. E

“…During the last decade, infrared optical sum-frequency generation (SFG) has been demonstrated to be a valuable technique for acquiring vibrational spectra of…”
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Athermal photofluidization of glasses by Fang, G.J., Maclennan, J.E., Yi, Y., Glaser, M.A., Farrow, M., Korblova, E., Walba, D.M., Furtak, T.E., Clark, N.A.

“…Azobenzene and its derivatives are among the most important organic photonic materials, with their photo-induced trans–cis isomerization leading to…”
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Optical second harmonic generation spectroscopy from Ag(001) using s-polarized excitation by Simpson, L.J., Furtak, T.E.

“…The s- and p-polarized second harmonic generation (SHG) from Ag(001) under electrochemical control was measured as a function of the sample orientation about…”
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Ultra-long Range Surface Plasmon Structures for Plasmonic Devices by Durfee, C.G., Collins, R.T., Flammer, P.D., Furtak, T.E., Hollingsworth, R.E.

“…Our computations show that adding a thin, low-index dielectric adjacent to a thin metal layer dramatically increases the surface plasmon propagation length…”
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Raman characterization of epitaxial Cu–In–Se thin films by Ely, James H, Ohno, T.R, Furtak, T.E, Nelson, A.J

“…We have fabricated epitaxial chalcopyrite alloys with varying compositions and thicknesses on GaAs (001) substrates using a simple physical vapor deposition…”
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Nature of the Active Site in Surface-Enhanced Raman Scattering by Furtak, T. E., Roy, D.

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Ag(111) surface reconstruction studied by optical second-harmonic generation by YEKE TANG, SIMPSON, L. J, FURTAK, T. E

“…The optical second-harmonic reflectance of Ag(111) was studied as a function of the incident photon energy and the interfacial potential in an electrochemical…”
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Toward silicon-compatible modulation of plasmonic waveguides by Furtak, T.E., Durfee, C.G., Sabbah, A.J., Collins, R.T., Hollingsworth, R.E.

“…We have modeled plasmonic waveguides that support low-loss modes using configurations compatible with metal-oxide-semiconductor devices. Our experimental…”
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Do Metal Alloys Work as Substrates for Surface-Enhanced Raman Spectroscopy? by Furtak, T. E., Kester, J.

“…Surface-enhanced Raman signals are reported from pyridine adsorbed onto Ag1--xPdx for x > = 0.04. For x > = 0.05 the alloys do not support enhancement within…”
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XAS study of the liquid/UPD Cu/Pt interfacial region by Lurio, L.B., Pant, J., Hayes, T.M., Wang, L., Furtak, T.E.

“…The Cu atomic-scale environment in a layer of Cu deposited electrochemically on a polycrystalline Pt electrode has been studied in situ using X-ray absorption…”
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Anisotropic Interband Effects in Electroreflectance of Ag by Furtak, T. E., Lynch, D. W.

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Enhanced Raman scattering with one monolayer of silver by MIRAGLIOTTA, J, FURTAK, T. E

“…Adatoms, clusters, and complexes have been associated with the active sites that enable the short-range mechanism of surface-enhanced Raman scattering (SERS)…”
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Optical second-harmonic electroreflectance from Ag(111) by FURTAK, T. E, YEKE TANG, SIMPSON, L. J

“…An electrochemical sample chamber was used to modulate the surface charge of Ag(111) in spectral measurements (over a range of the incident photon energy from…”
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Optical second-harmonic generation from thallium on silver by FURTAK, T. E, MIRAGLIOTTA, J, KORENOWSKI, G. M

“…Light which was generated at the surface of polycrystalline Ag was monitored in the specular direction at the second-harmonic energy of the Nd-doped Y--Al…”
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