Detecting Surface Acoustic Waves Using Surface Plasmon and Aerogel - Adetiba, John
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This research work will demonstrate the use of aerogels sandwiched between a flat and a patterned metal film, so as to facilitate plasmon coupling between the films as surface acoustic waves interact and modulate the grating. Aerogel was incorporated into transducers due to its favorable acoustic and optical properties. Aerogels are known to be the world's lightest strong materials, designed out of up to 99.98% air by volume, which will facilitate operation of the transducer. This work talks about how numerical modeling was used to design Aerogel-metal gratings so as to detect acoustic waves.

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Produktbeschreibung
This research work will demonstrate the use of aerogels sandwiched between a flat and a patterned metal film, so as to facilitate plasmon coupling between the films as surface acoustic waves interact and modulate the grating. Aerogel was incorporated into transducers due to its favorable acoustic and optical properties. Aerogels are known to be the world's lightest strong materials, designed out of up to 99.98% air by volume, which will facilitate operation of the transducer. This work talks about how numerical modeling was used to design Aerogel-metal gratings so as to detect acoustic waves.
Autorenporträt
Adetiba John Olasunkanmi hails from Ekan-Nla in Oke-Ero Local government Area of Kwara State in Nigeria. He was born and raised in Ilorin, Kwara State. He received Higher National Diploma in 2008, Postgraduate Diploma in 2012, M.sc degree in 2017. His research interest covers optics and communication technology.