Add to ORKGThis bachelor's thesis deals with the study of water meniscus formation between the AFM tip and NaCl surface. This is an indirect method for the study of meniscus by observation of holes and hillocks created on the NaCl surface, in dependence on the relative humidity, cleaning the tip, time of keeping the on the surface apllied voltage tip-surface
Objects lying on the liquid-gas interface create a free surface deformation due to surface tension. ...
This thesis is devoted to the development of near-field scanning optical microscopy (NSOM) for aqueo...
Realizing the dominance of surface tensional forces helps us understand many phenomena in nature and...
This research involves the study of the behavior of liquid menisci formed during a process in which ...
Scanning probe microscopic imaging can be complicated by the capillary force of water meniscus forme...
The aim of this thesis is concerned with the influence of sliding velocity on capillary adhesion at ...
The affinity between a liquid and a solid is characterised by the contact angle. Traditional contact...
Loose particles in moist granular materials, such as unsaturated soils, are held together by capilla...
The paper presents the results of experimental investigation concerning cone meniscus formation on i...
Scanning polarization force microscopy was used to study the topography, polarizability, and contact...
The formation of a bridging gas meniscus via cavitation or nanobubbles is considered the most likely...
Several studies involving the shapes and stability of liquid menisci formed during the dipping and e...
It is shown that complications in currently used optical measurements for wetting and flow resistanc...
A novel technique was designed to measure the meniscus height (MH) of liquids on a standard single m...
Scanning probe microscope (SPM) techniques are employed to study the structure and mechanical proper...
Objects lying on the liquid-gas interface create a free surface deformation due to surface tension. ...
This thesis is devoted to the development of near-field scanning optical microscopy (NSOM) for aqueo...
Realizing the dominance of surface tensional forces helps us understand many phenomena in nature and...
This research involves the study of the behavior of liquid menisci formed during a process in which ...
Scanning probe microscopic imaging can be complicated by the capillary force of water meniscus forme...
The aim of this thesis is concerned with the influence of sliding velocity on capillary adhesion at ...
The affinity between a liquid and a solid is characterised by the contact angle. Traditional contact...
Loose particles in moist granular materials, such as unsaturated soils, are held together by capilla...
The paper presents the results of experimental investigation concerning cone meniscus formation on i...
Scanning polarization force microscopy was used to study the topography, polarizability, and contact...
The formation of a bridging gas meniscus via cavitation or nanobubbles is considered the most likely...
Several studies involving the shapes and stability of liquid menisci formed during the dipping and e...
It is shown that complications in currently used optical measurements for wetting and flow resistanc...
A novel technique was designed to measure the meniscus height (MH) of liquids on a standard single m...
Scanning probe microscope (SPM) techniques are employed to study the structure and mechanical proper...
Objects lying on the liquid-gas interface create a free surface deformation due to surface tension. ...
This thesis is devoted to the development of near-field scanning optical microscopy (NSOM) for aqueo...
Realizing the dominance of surface tensional forces helps us understand many phenomena in nature and...