We develop a novel temperature mapping technique for bio-systems exploiting the high sensitivity of terahertz waves to aqueous media. The proposed method allowed us to investigate in deep nanoplasmonic-induced photothermal effects such as collective heating phenomena.
"Teramometry" and plasmonic nanoparticle imaging for temperature-sensing in the terahertz regime
Clerici M.;
2016-01-01
Abstract
We develop a novel temperature mapping technique for bio-systems exploiting the high sensitivity of terahertz waves to aqueous media. The proposed method allowed us to investigate in deep nanoplasmonic-induced photothermal effects such as collective heating phenomena.
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