Gold nanoparticles were located at the surface of nanodroplets immobilized on a substrate. We followed temporal evolution of plasmonic nanobubbles from 200 nm in radius and above. Our experimental results show that there is an upper limit of the bubble size set by hosting droplet size, beyond ...
Identifying surface-attached nanobubbles The properties of surface nanobubbles A substantial portion of the articles exploring the basic properties of surface nanobubbles predate the 2014 crisis of reproducibility; these works should be re-examined using contamination-free nucleation methods and other technique...
SEM images showing the formed rippled structure (a) [82]; nanopore induced into copper at 500 fs (b) [27]; nanoparticles at 150 fs (c) [83]; nanocones (d) [84]; microcolumns (e) [85]; nanobubbles (f) [45]; and microcones (g) [86]. Show moreView chapter Book 2016, Laser...
We hypothesize that surface nanobubbles and oil nanodroplets can be conclusively differentiated in co-localization experiments with atomic force microscopy (AFM) and time-resolved fluorescence microscopy by localizing tracer fluorophores and analyzing their fluorescence lifetimes.Hain, NicoleHandschuh-Wang, ...
We believe that this gas layer could promote nucleation and stabilization of surface nanobubbles at amorphous silica surfaces.doi:10.1016/j.molliq.2014.06.003H.A. ZambranoJ.H. WaltherR.L. JaffeJournal of Molecular LiquidsMolecular dynamics simulations of water on a hydrophilic silica surface at ...