Studies have been made to identify concise polishing, pressing and surface cleaning procedures for producing standard surfaces for contact angle determinations using copper and polytetrafluoroethylene (PTFE). A review of previous workers’ methods and their efficacies is also reported. © 1985, Taylor & Francis Group, LLC. All rights reserved
Contact angle has been an important parameter to determine the wetting ability of the polymer membra...
The aim of the work was to quantify the surface wettability of metallic (Fe, Al, Cu, brass) surfaces...
<p>(A) Advancing contact angles were measured by the sessile drop technique for various solutions di...
Wetting, the process of water interacting with a surface, is critical in our everyday lives and in m...
It is demonstrated that extraneous electric charge can produce a large variation in contact angle fo...
<p>Mean values of contact angle measurements of water by sessile drop method on unmodified and modif...
The current broad interest in wetting characterization of solid surfaces is driven by recent advance...
Graduation date: 1991Advancing contact angles formed by water and aqueous ethanol solutions were\ud ...
The optical contact angle measurement determines the angle formed between the liquid-solid interface...
The paper presents the studies of metal wettability using two methods: the sessile droplet and immer...
Advancing contact angles are reported for the water-PTFE, water-copper, water-stainless steel, water...
The optical contact angle measurement determines the angle formed between the liquid-solid interface...
Advancing contact angles are reported for the water-PTFE, water-copper, water-stainless steel, water...
This thesis deals with measurement of liquid contact angle with different surface roughness. The obj...
The paper considers an improved technique for determination of a contact wetting angle. Description ...
Contact angle has been an important parameter to determine the wetting ability of the polymer membra...
The aim of the work was to quantify the surface wettability of metallic (Fe, Al, Cu, brass) surfaces...
<p>(A) Advancing contact angles were measured by the sessile drop technique for various solutions di...
Wetting, the process of water interacting with a surface, is critical in our everyday lives and in m...
It is demonstrated that extraneous electric charge can produce a large variation in contact angle fo...
<p>Mean values of contact angle measurements of water by sessile drop method on unmodified and modif...
The current broad interest in wetting characterization of solid surfaces is driven by recent advance...
Graduation date: 1991Advancing contact angles formed by water and aqueous ethanol solutions were\ud ...
The optical contact angle measurement determines the angle formed between the liquid-solid interface...
The paper presents the studies of metal wettability using two methods: the sessile droplet and immer...
Advancing contact angles are reported for the water-PTFE, water-copper, water-stainless steel, water...
The optical contact angle measurement determines the angle formed between the liquid-solid interface...
Advancing contact angles are reported for the water-PTFE, water-copper, water-stainless steel, water...
This thesis deals with measurement of liquid contact angle with different surface roughness. The obj...
The paper considers an improved technique for determination of a contact wetting angle. Description ...
Contact angle has been an important parameter to determine the wetting ability of the polymer membra...
The aim of the work was to quantify the surface wettability of metallic (Fe, Al, Cu, brass) surfaces...
<p>(A) Advancing contact angles were measured by the sessile drop technique for various solutions di...
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