Graphene oxide (GO) can be enriched at the air–water interface by the adsorption of surfactant molecules to the surfaces of the GO sheets. The synergism between the surfactant and GO is shown to be responsible for the improved interfacial performance of the composite through a subtle balance of surface charge and surface activity. The use of a photoaddressable surfactant provides a unique probe for investigating the fundamental mechanisms that control adsorption, by inducing spatiotemporal modulation of the surfactant properties by irradiation with light of certain wavelengths. Tensiometry measurements uncover the interfacial activity of the materials, whereas X-ray reflectivity serves to independently determine the interfacial structure an...
The stabilization of reduced graphene oxide (RGO) sheets in aqueous dispersion using a wide range of...
In this letter, we report a simple and unexpected method of producing polymer–graphene oxide (GO) co...
Oily wastewater, especially water-oil emulsion has become serious environmental issue and received g...
Graphene oxide (GO) is widely known as an amphiphile having hydrophilic oxygen functionality and uno...
Graphene oxide (GO) is widely known as an amphiphile having hydrophilic oxygen functionality and uno...
The emulsification of oil in water by nanoparticles can be facilitated by the addition of costabiliz...
Seeking highly efficient, rapid, universal, and low-cost demulsification materials to break up the c...
Pristine graphene particles prepared using an aqueous phase exfoliation technique have been used to ...
Seeking highly efficient, rapid, universal, and low-cost demulsification materials to break up the c...
A series of alkyl chain modified graphene oxides (AmGO) with different alkyl chain length and conten...
This thesis focuses on aqueous dispersions of 2-dimensional carbon nanomaterials, surfactants, and s...
Graphene oxide (GO) nanosheets have been experimentally proved to be a highly efficiency, rapid an...
Stable dispersions of graphene oxide nanoplatelets were formed in water at pH 2-10 even with 5 wt% N...
Chemical demulsification is the most efficient demulsification approach that can attain the desired ...
Oily wastewater, especially water-oil emulsion has become serious environmental issue and received g...
The stabilization of reduced graphene oxide (RGO) sheets in aqueous dispersion using a wide range of...
In this letter, we report a simple and unexpected method of producing polymer–graphene oxide (GO) co...
Oily wastewater, especially water-oil emulsion has become serious environmental issue and received g...
Graphene oxide (GO) is widely known as an amphiphile having hydrophilic oxygen functionality and uno...
Graphene oxide (GO) is widely known as an amphiphile having hydrophilic oxygen functionality and uno...
The emulsification of oil in water by nanoparticles can be facilitated by the addition of costabiliz...
Seeking highly efficient, rapid, universal, and low-cost demulsification materials to break up the c...
Pristine graphene particles prepared using an aqueous phase exfoliation technique have been used to ...
Seeking highly efficient, rapid, universal, and low-cost demulsification materials to break up the c...
A series of alkyl chain modified graphene oxides (AmGO) with different alkyl chain length and conten...
This thesis focuses on aqueous dispersions of 2-dimensional carbon nanomaterials, surfactants, and s...
Graphene oxide (GO) nanosheets have been experimentally proved to be a highly efficiency, rapid an...
Stable dispersions of graphene oxide nanoplatelets were formed in water at pH 2-10 even with 5 wt% N...
Chemical demulsification is the most efficient demulsification approach that can attain the desired ...
Oily wastewater, especially water-oil emulsion has become serious environmental issue and received g...
The stabilization of reduced graphene oxide (RGO) sheets in aqueous dispersion using a wide range of...
In this letter, we report a simple and unexpected method of producing polymer–graphene oxide (GO) co...
Oily wastewater, especially water-oil emulsion has become serious environmental issue and received g...