The wettability of a solid surface is often characterized by the contact angle of liquid on the solid surface. The wettability is pertinent to surface energy, which is an important parameter. The wettability can be affected, for example, by the roughness of the solid surface. In our work textiles are used as macroscopic roughness surfaces, and smooth plate surfaces are used as well to determine surface energies. For the calculation of surface energies it is fundamental to know the contact angle. The advancing and receding contact angles are measured, and the relation between the hysteresis and surface energy is monitored.Research Centrum "TEXTILE II" [1M4674788501
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Surface free energy measurements of solids are a very important issue in various fields of science. ...
Surface free energy measurements of solids are a very important issue in various fields of science. ...
With various options of anti-wetting finish methods, this study intends to provide basic information...
In our work we theoretically analysed the influence of textile structure on the hysteresis of wettin...
With various options of anti-wetting finish methods, this study intends to provide basic information...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Experimental evidence suggests that contact angle hysteresis is related, in some cases, to surface r...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
The paper presents the studies of metal wettability using two methods: the sessile droplet and immer...
In this paper are discussed some of the fundamental principles which are relevant to an understandin...
The study of wetting phenomena is of great interest due to the multifaceted technological applicatio...
The aim of this research was to determine the surface free energy (SFE) of executed solids as a quan...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Surface free energy measurements of solids are a very important issue in various fields of science. ...
Surface free energy measurements of solids are a very important issue in various fields of science. ...
With various options of anti-wetting finish methods, this study intends to provide basic information...
In our work we theoretically analysed the influence of textile structure on the hysteresis of wettin...
With various options of anti-wetting finish methods, this study intends to provide basic information...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Experimental evidence suggests that contact angle hysteresis is related, in some cases, to surface r...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
The paper presents the studies of metal wettability using two methods: the sessile droplet and immer...
In this paper are discussed some of the fundamental principles which are relevant to an understandin...
The study of wetting phenomena is of great interest due to the multifaceted technological applicatio...
The aim of this research was to determine the surface free energy (SFE) of executed solids as a quan...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Most polymeric materials, particularly polyolefins and their derivatives, present a low surface ener...
Surface free energy measurements of solids are a very important issue in various fields of science. ...
Surface free energy measurements of solids are a very important issue in various fields of science. ...