Existence of gaseous nanodomains at solid liquid interface (surface nanobubbles) has been presumed first by Phil Attard and his fellow workers (1) based on discovery of long range attractive forces between two adjacent planar solid surfaces immersed in water. Attard et al. ascribed forces and their discontinuous character to sub-micro bubbles bridging both immersed surfaces
Interfacial nanobubbles represent an interesting state of matter: tiny bubbles decorating the interf...
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
Using molecular dynamics simulations, the effects of gas concentration and species on the coalescenc...
Interfaces between aqueous solutions and hydrophobic solid surfaces are important in various areas o...
Surface nanobubbles are gaseous domains found at immersed substrates, whose remarkable persistence i...
The existence of gaseous nanobubbles accumulated at the hydrophobic solid–liquid interface has been ...
Bubbles at nanometer scale could not exist stably according to classic theories. A lot of recent exp...
Surface and bulk nanobubbles are two types of nanoscopic gaseous domain that have recently been disc...
Surface nanobubbles and micropancakes are two recent discoveries in interfacial physics. They are na...
The stability of two neighboring surface nanobubbles on a chemically heterogeneous surface is studie...
Materials of nanoscale size exhibit properties that macroscopic materials often do not have. The sam...
Surface nanobubbles and micropancakes are two recent discoveries in interfacial physics. They are na...
The stability of two neighboring surface nanobubbles on a chemically heterogeneous surface is studie...
The stability of two neighboring surface nanobubbles on a chemically heterogeneous surface is studie...
Under normal conditions of 25°C and 1 atm, the concentration of air soluble in water is about 38 mL/...
Interfacial nanobubbles represent an interesting state of matter: tiny bubbles decorating the interf...
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
Using molecular dynamics simulations, the effects of gas concentration and species on the coalescenc...
Interfaces between aqueous solutions and hydrophobic solid surfaces are important in various areas o...
Surface nanobubbles are gaseous domains found at immersed substrates, whose remarkable persistence i...
The existence of gaseous nanobubbles accumulated at the hydrophobic solid–liquid interface has been ...
Bubbles at nanometer scale could not exist stably according to classic theories. A lot of recent exp...
Surface and bulk nanobubbles are two types of nanoscopic gaseous domain that have recently been disc...
Surface nanobubbles and micropancakes are two recent discoveries in interfacial physics. They are na...
The stability of two neighboring surface nanobubbles on a chemically heterogeneous surface is studie...
Materials of nanoscale size exhibit properties that macroscopic materials often do not have. The sam...
Surface nanobubbles and micropancakes are two recent discoveries in interfacial physics. They are na...
The stability of two neighboring surface nanobubbles on a chemically heterogeneous surface is studie...
The stability of two neighboring surface nanobubbles on a chemically heterogeneous surface is studie...
Under normal conditions of 25°C and 1 atm, the concentration of air soluble in water is about 38 mL/...
Interfacial nanobubbles represent an interesting state of matter: tiny bubbles decorating the interf...
Surface nanobubbles are nanoscopic gaseous domains on immersed substrates which can survive for days...
Using molecular dynamics simulations, the effects of gas concentration and species on the coalescenc...