Working with a biased atomic force microscope (AFM) tip in the tapping mode under ambient atmosphere, attoliter (10−18 L) water droplet patterns have been generated on a patterned carbonaceous surface. This is essentially electrocondensation of water leading to charged droplets, as evidenced from electrostatic force microscopy measurements. The droplets are unusual in that they exhibit a highly corrugated surface and evaporate rather slowly, taking several tens of minutes
In nature, wetting of patterned surfaces by droplets is omnipresent. For example, it is used by the ...
We use computer modeling to investigate the mechanism of atomic-scale corrugation in frequency-modul...
All surfaces exposed to ambient conditions are covered by a thin film of water. Other than at high h...
To understand the thin film evaporation in a partial wetting system, water morphology near the reced...
Using atomic force microscopy in noncontact mode, we have imaged nanometer-size liquid droplets of K...
We monitored the evaporation kinetics of drops from solid surfaces and the resulting cooling of the ...
<p>Four eletrospraying modes were analyzed: (A) micro-dripping mode at electric field of 1.3 kV/cm, ...
Electrospray deposition utilizes a high electric field to extract liquid droplets from a capillary n...
Hypothesis: Roughness is an important parameter in applications where wetting needs to be characteri...
All surfaces exposed to ambient conditions are covered by a thin film of water. Other than at high h...
Droplet evaporation governs many man-made and natural processes. Hence, it has been widely studied b...
The aim of this work is to investigate the evaporation dynamics of water microdrops deposited on ato...
We have used atomic force microscopy (AFM) to image liquid droplets on solid substrates. The techniq...
We have used atomic force microscopy (AFM) to image liquid droplets on solid substrates. The techniq...
ABSTRACT Deposition of colloidal material in evaporating droplets is important in many applications ...
In nature, wetting of patterned surfaces by droplets is omnipresent. For example, it is used by the ...
We use computer modeling to investigate the mechanism of atomic-scale corrugation in frequency-modul...
All surfaces exposed to ambient conditions are covered by a thin film of water. Other than at high h...
To understand the thin film evaporation in a partial wetting system, water morphology near the reced...
Using atomic force microscopy in noncontact mode, we have imaged nanometer-size liquid droplets of K...
We monitored the evaporation kinetics of drops from solid surfaces and the resulting cooling of the ...
<p>Four eletrospraying modes were analyzed: (A) micro-dripping mode at electric field of 1.3 kV/cm, ...
Electrospray deposition utilizes a high electric field to extract liquid droplets from a capillary n...
Hypothesis: Roughness is an important parameter in applications where wetting needs to be characteri...
All surfaces exposed to ambient conditions are covered by a thin film of water. Other than at high h...
Droplet evaporation governs many man-made and natural processes. Hence, it has been widely studied b...
The aim of this work is to investigate the evaporation dynamics of water microdrops deposited on ato...
We have used atomic force microscopy (AFM) to image liquid droplets on solid substrates. The techniq...
We have used atomic force microscopy (AFM) to image liquid droplets on solid substrates. The techniq...
ABSTRACT Deposition of colloidal material in evaporating droplets is important in many applications ...
In nature, wetting of patterned surfaces by droplets is omnipresent. For example, it is used by the ...
We use computer modeling to investigate the mechanism of atomic-scale corrugation in frequency-modul...
All surfaces exposed to ambient conditions are covered by a thin film of water. Other than at high h...