The paper considers an improved technique for determination of a contact wetting angle. Description of the devices that make it possible to determine a contact wetting angle with due account of surface roughness is given in the paper. A specified formula for calculation of a contact wetting angle has been derived
In this paper the influence of surface roughness on contact angles in the system of liquid Al wettin...
This work presents the validation study of a method developed to measure contact angles with a confo...
The contact angle is an important parameter of determining the adhesive properties of materials. it ...
Wetting, the process of water interacting with a surface, is critical in our everyday lives and in m...
This thesis deals with measurement of liquid contact angle with different surface roughness. The obj...
The surface tension of a solid surface is not amenable to direct experimental measurement. The most ...
Much interest has recently been focused on contact angles, wetting and non-wettable surfaces as is e...
This paper concentrates on effects of roughness on the wettability. Surface roughness is described b...
The current broad interest in wetting characterization of solid surfaces is driven by recent advance...
Four types of contact angles (receding, most stable, advancing, and "static") were measured by two i...
Abstract—This paper concentrates on effects of roughness on the wettability. Surface roughness is de...
The paper presents the studies of metal wettability using two methods: the sessile droplet and immer...
This work presents the validation study of a method developed to measure contact angles with a confo...
Wetting of real engineering surfaces occurs in many industrial applications (liquid coating, lubrica...
Contact angle has been an important parameter to determine the wetting ability of the polymer membra...
In this paper the influence of surface roughness on contact angles in the system of liquid Al wettin...
This work presents the validation study of a method developed to measure contact angles with a confo...
The contact angle is an important parameter of determining the adhesive properties of materials. it ...
Wetting, the process of water interacting with a surface, is critical in our everyday lives and in m...
This thesis deals with measurement of liquid contact angle with different surface roughness. The obj...
The surface tension of a solid surface is not amenable to direct experimental measurement. The most ...
Much interest has recently been focused on contact angles, wetting and non-wettable surfaces as is e...
This paper concentrates on effects of roughness on the wettability. Surface roughness is described b...
The current broad interest in wetting characterization of solid surfaces is driven by recent advance...
Four types of contact angles (receding, most stable, advancing, and "static") were measured by two i...
Abstract—This paper concentrates on effects of roughness on the wettability. Surface roughness is de...
The paper presents the studies of metal wettability using two methods: the sessile droplet and immer...
This work presents the validation study of a method developed to measure contact angles with a confo...
Wetting of real engineering surfaces occurs in many industrial applications (liquid coating, lubrica...
Contact angle has been an important parameter to determine the wetting ability of the polymer membra...
In this paper the influence of surface roughness on contact angles in the system of liquid Al wettin...
This work presents the validation study of a method developed to measure contact angles with a confo...
The contact angle is an important parameter of determining the adhesive properties of materials. it ...