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24 results on '"Larson, Cindy C."'

1. Plasmonic black metals in resonant nanocavities

Author

Bora, Mihail, primary, Behymer, Elaine M., additional, Dehlinger, Dietrich A., additional, Britten, Jerald A., additional, Larson, Cindy C., additional, Chang, Allan S. P., additional, Munechika, Keiko, additional, Nguyen, Hoang T., additional, and Bond, Tiziana C., additional

Published
2013
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6. Plasmon Resonant Cavities in Vertical Nanowire Arrays

Author

Bora, Mihail, primary, Fasenfest, Benjamin J., additional, Behymer, Elaine M., additional, Chang, Allan S-P, additional, Nguyen, Hoang T., additional, Britten, Jerald A., additional, Larson, Cindy C., additional, Chan, James W., additional, Miles, Robin R., additional, and Bond, Tiziana C., additional

Published
2010
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19. Comparison of at-wavelenth inspection, printability, and simulation of nanometer-scale substrate defects in extreme ultraviolet lithography (EUVL)

Author

Cardinale, Gregory F., primary, Goldsmith, John E. M., additional, Ray-Chaudhuri, Avijit K., additional, Fisher, Aaron, additional, Hector, Scott D., additional, Mangat, Pawitter J. S., additional, Masnyj, Zorian S., additional, Mancini, David P., additional, Wilkinson, Bill, additional, Bokor, Jeffrey, additional, Jeong, Seongtae, additional, Burkhart, Scott C., additional, Cerjan, Charles J., additional, Walton, Christopher C., additional, Larson, Cindy C., additional, Yan, Pei-yang, additional, and Zhang, Guojing, additional

Published
1999
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20. Masks for extreme ultraviolet lithography

Author

Vernon, Stephen P., primary, Kearney, Patrick A., additional, Tong, William M., additional, Prisbrey, Shon T., additional, Larson, Cindy C., additional, Moore, Craig E., additional, Weber, Frank J., additional, Cardinale, Gregory F., additional, Yan, Pei-yang, additional, and Hector, Scott D., additional

Published
1998
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21. Comparison of at-wavelenth inspection, printability, and simulation of nanometer-scale substrate defects in extreme ultraviolet lithography (EUVL).

Author

Cardinale, Gregory F., Goldsmith, John E. M., Ray-Chaudhuri, Avijit K., Fisher, Aaron, Hector, Scott D., Mangat, Pawitter J. S., Masnyj, Zorian S., Mancini, David P., Wilkinson, Bill, Bokor, Jeffrey, Jeong, Seongtae, Burkhart, Scott C., Cerjan, Charles J., Walton, Christopher C., Larson, Cindy C., Yan, Pei-yang, and Zhang, Guojing

Published
1999
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23. Detection of volatile organic compounds by surface enhanced Raman scattering

Author

Chang, Allan S. P., Maiti, Amitesh, Ileri, Nazar, Bora, Mihail, Larson, Cindy C., Britten, Jerald A., and Bond, Tiziana C.

Abstract

We present the detection of volatile organic compounds directly in their vapor phase by surface-enhanced Raman scattering (SERS) substrates based on lithographically-defined two-dimensional rectangular array of nanopillars. The type of nanopillars is known as the tapered pillars. For the tapered pillars, SERS enhancement arises from the nanofocusing effect due to the sharp tip on top. SERS experiments were carried out on these substrates using various concentrations of toluene vapor. The results show that SERS signal from a toluene vapor is strongly influenced by the substrate temperature, and the toluene vapor can be detected within minutes of exposing the SERS substrate to the vapor. A simple adsorption model is developed which gives results matching the experimental data. The results also show promising potential for the use of these substrates in environmental monitoring of gases and vapors.

Published
2012
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24. Nanopillars array for surface enhanced Raman scattering

Author

Chang, Allan S. P., Bora, Mihail, Nguyen, Hoang T., Behymer, Elaine M., Larson, Cindy C., Britten, Jerald A., Carter, J. Chance, and Bond, Tiziana C.

Abstract

We present a new class of surface-enhanced Raman scattering (SERS) substrates based on lithographically-defined two-dimensional rectangular array of nanopillars. Two types of nanopillars within this class are discussed: vertical pillars and tapered pillars. For the vertical pillars, the gap between each pair of nanopillars is small enough (< 50 nm) such that highly confined plasmonic cavity resonances are supported between the pillars when light is incident upon them, and the anti-nodes of these resonances act as three-dimensional hotspots for SERS. For the tapered pillars, SERS enhancement arises from the nanofocusing effect due to the sharp tip on top. SERS experiments were carried out on these substrates using various concentrations of 1,2 bis-(4-pyridyl)-ethylene (BPE), benzenethiol (BT) monolayer and toluene vapor. The results show that SERS enhancement factor of over 0.5 x 109can be achieved, and BPE can be detected down to femto-molar concentration level. The results also show promising potential for the use of these substrates in environmental monitoring of gases and vapors such as volatile organic compounds.

Published
2011
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