Lukianova - Hleb E, Hanna E, Hafner J, Lapotko D. Tunable plasmonic
nanobubbles for cell theranostics.
Not exact matches
Gaining a better understanding of how
nanobubbles impact their formation and dissociation could help design procedures to more efficiently and safely harvest hydrates
for natural gas capture.
This feature also reduces the fluence of each laser pulse below the threshold
for a
nanobubble generated through a «single pulse - mono - NP» mechanism.
The mechanism of rainbow plasmonic
nanobubbles significantly improves the selectivity of bubble generation in specific target cancer cells compared to non-specific stromal (non-cancer) cells and can therefore provide the cell level selectivity needed
for diagnosis and therapy.