The very existence of nanobubbles at hydrophobic surfaces is controversial. On theoretical grounds such bubbles should be short-lived, dissolving under their own internal pressure. Further, a number of highly surface sensitive experiments have reported results inconsistent with the presence of nanobubbles, yet other researchers observe nanobubbles, most notably using Atomic Force Microscopy. Here I attempt to reconcile these results, describe the unusual properties of nanobubbles and the compelling evidence for their existence as well as describe some new surprising nanobubble forms. Finally, applications for nanobubbles are explored
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
The observation by Atomic Force Microscopy of a range of nanophases on hydrophobic surfaces poses so...
Atomic force microscope images of flat solid surfaces in water reveal that very soft objects can be ...
In recent years there has been an accumulation of evidence for the existence of nanobubbles on hydro...
In recent years there has been an accumulation of evidence for the existence of nanobubbles on hydro...
Bubbles at nanometer scale could not exist stably according to classic theories. A lot of recent exp...
Atomic Force Microscope images and other experiments show us that very small stable bubbles, known a...
The presence of nanobubblessas imaged with tapping-mode atomic force microscopysis controlled using ...
The existence of gaseous nanobubbles accumulated at the hydrophobic solid–liquid interface has been ...
The aim of this paper is to quantitatively characterize the appearance, stability, density, and shap...
Interfaces between aqueous solutions and hydrophobic solid surfaces are important in various areas o...
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
Atomic force microscope images of flat solid surfaces in water reveal that very soft objects can be ...
Atomic force microscope images of flat solid surfaces in water reveal that very soft objects can be ...
© 2011 Dr. Lauren Amy PalmerThe work presented in this dissertation elegantly demonstrates for the f...
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
The observation by Atomic Force Microscopy of a range of nanophases on hydrophobic surfaces poses so...
Atomic force microscope images of flat solid surfaces in water reveal that very soft objects can be ...
In recent years there has been an accumulation of evidence for the existence of nanobubbles on hydro...
In recent years there has been an accumulation of evidence for the existence of nanobubbles on hydro...
Bubbles at nanometer scale could not exist stably according to classic theories. A lot of recent exp...
Atomic Force Microscope images and other experiments show us that very small stable bubbles, known a...
The presence of nanobubblessas imaged with tapping-mode atomic force microscopysis controlled using ...
The existence of gaseous nanobubbles accumulated at the hydrophobic solid–liquid interface has been ...
The aim of this paper is to quantitatively characterize the appearance, stability, density, and shap...
Interfaces between aqueous solutions and hydrophobic solid surfaces are important in various areas o...
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
Atomic force microscope images of flat solid surfaces in water reveal that very soft objects can be ...
Atomic force microscope images of flat solid surfaces in water reveal that very soft objects can be ...
© 2011 Dr. Lauren Amy PalmerThe work presented in this dissertation elegantly demonstrates for the f...
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
The observation by Atomic Force Microscopy of a range of nanophases on hydrophobic surfaces poses so...
Atomic force microscope images of flat solid surfaces in water reveal that very soft objects can be ...