Water droplets on the surface of silicon rubber were investigated under the influence of non-uniform electric fields. Several parameters of water droplets were investigated, such as the positioning of the droplets regarding the electrodes. The most striking conclusion is that the flashover voltage and electric field distribution depends on the positioning of the droplets from the electrodes
Mica sheets are a vital component of electrical machine insulation. Although great attention has bee...
Sessile water droplets on insulating surfaces influence the ageing behavior of the insulating mater...
Silicone rubber provides an alternative to porcelain and glass regarding to high voltage (HV) insul...
This paper deals with experimental and analytical investigations of the electric charge of water dro...
This paper deals with experimental and analytical investigations of the electric charge of water dro...
This paper investigates the influence of various parameters on the behaviour of water droplets on po...
High voltage insulators in electric power transmission and distribution must withstand extreme weath...
Wettability has become one of the most important factors influencing power equipment insulation syst...
The interaction of water droplets and electric fields is present in various applications like electr...
Superhydrophobic surface has aroused much interest among researchers due to the low adhesion between...
Mica sheets are a vital component of electrical machine insulation. Although great attention has bee...
Nanocomposite polymers are a new class of insulating materials. Research until now has been devoted ...
Droplets on insulators in outdoor high-voltage equipment move and leave water films on the insulatin...
Mica sheets are a vital component of electrical machine insulation. Although great attention has bee...
This work focuses on numerical simulations of water droplet deformations under the influence of tran...
Mica sheets are a vital component of electrical machine insulation. Although great attention has bee...
Sessile water droplets on insulating surfaces influence the ageing behavior of the insulating mater...
Silicone rubber provides an alternative to porcelain and glass regarding to high voltage (HV) insul...
This paper deals with experimental and analytical investigations of the electric charge of water dro...
This paper deals with experimental and analytical investigations of the electric charge of water dro...
This paper investigates the influence of various parameters on the behaviour of water droplets on po...
High voltage insulators in electric power transmission and distribution must withstand extreme weath...
Wettability has become one of the most important factors influencing power equipment insulation syst...
The interaction of water droplets and electric fields is present in various applications like electr...
Superhydrophobic surface has aroused much interest among researchers due to the low adhesion between...
Mica sheets are a vital component of electrical machine insulation. Although great attention has bee...
Nanocomposite polymers are a new class of insulating materials. Research until now has been devoted ...
Droplets on insulators in outdoor high-voltage equipment move and leave water films on the insulatin...
Mica sheets are a vital component of electrical machine insulation. Although great attention has bee...
This work focuses on numerical simulations of water droplet deformations under the influence of tran...
Mica sheets are a vital component of electrical machine insulation. Although great attention has bee...
Sessile water droplets on insulating surfaces influence the ageing behavior of the insulating mater...
Silicone rubber provides an alternative to porcelain and glass regarding to high voltage (HV) insul...