Velocity fields are measured in evaporating sessile droplets on two substrates with different contact angles and contact angle hysteresis using micro resolution particle image velocimetry technique. Different flow patterns are observed in different stages of droplet evaporation: a flow with vortices and a radial flow. Flow structure is found to be similar for droplets on different substrates
Droplet evaporation is related to many engineering applications and natural processes. The further u...
ABSTRACT: The lack of an effective technique for three-dimensional flow visualization has limited ex...
Droplet evaporation is an important phenomenon governing many man-made and natural processes. Charac...
Velocity fields are measured in evaporating sessile droplets on two substrates with different contac...
The flow behavior inside an evaporating droplet on a hydrophobic (initial contact angle ~120 deg) an...
The experimental characterization of liquid flows in sessile evaporating droplets is an important ta...
Evaporating sessile drops remain pinned at the contact line during much of the evaporation process, ...
Liquid droplets possess many practically important applications and academically interesting issues....
[[abstract]]Present works measure the velocity field within the 1μl droplet using Micro-resolution P...
A novel full field three-dimensional fluid flow measurement technique was developed and applied to t...
We demonstrate real-time quantitative phase imaging as a new optical approach for measuring the evap...
This report presents a fundamental study on the flow inside water droplets as they evaporate or free...
The evaporation process of a multi-component droplet is complex because it involves transient interf...
The lack of an effective technique for three-dimensional flow visualization has limited experimenta...
Droplet evaporation governs many man-made and natural processes. Hence, it has been widely studied b...
Droplet evaporation is related to many engineering applications and natural processes. The further u...
ABSTRACT: The lack of an effective technique for three-dimensional flow visualization has limited ex...
Droplet evaporation is an important phenomenon governing many man-made and natural processes. Charac...
Velocity fields are measured in evaporating sessile droplets on two substrates with different contac...
The flow behavior inside an evaporating droplet on a hydrophobic (initial contact angle ~120 deg) an...
The experimental characterization of liquid flows in sessile evaporating droplets is an important ta...
Evaporating sessile drops remain pinned at the contact line during much of the evaporation process, ...
Liquid droplets possess many practically important applications and academically interesting issues....
[[abstract]]Present works measure the velocity field within the 1μl droplet using Micro-resolution P...
A novel full field three-dimensional fluid flow measurement technique was developed and applied to t...
We demonstrate real-time quantitative phase imaging as a new optical approach for measuring the evap...
This report presents a fundamental study on the flow inside water droplets as they evaporate or free...
The evaporation process of a multi-component droplet is complex because it involves transient interf...
The lack of an effective technique for three-dimensional flow visualization has limited experimenta...
Droplet evaporation governs many man-made and natural processes. Hence, it has been widely studied b...
Droplet evaporation is related to many engineering applications and natural processes. The further u...
ABSTRACT: The lack of an effective technique for three-dimensional flow visualization has limited ex...
Droplet evaporation is an important phenomenon governing many man-made and natural processes. Charac...