Add to ORKGAbstract. A water drop falling on a super-hydrophobic surface can exhibit two qualitatively different types of behavior: bouncing (small Weber numbers) and splashing (large Weber numbers). In this paper, we examine the boundary between these two regions. The discussion is based on experimental observations. 1
Drops bouncing on an ultra-smooth solid surface can either make contact with the surface or be suppo...
The dynamics of water drop impact at high impinging velocity onto superhydrophobic substrates is exp...
PACS. 68.08.-p – Liquid-solid interfaces. Abstract. – A drop of water thrown on a super-hydrophobic ...
Tiny drops of millimetre size are known to bounce on a solid surface if the surface is superhydropho...
When a drop impinges on a dry solid surface it can stick to the surface, spread, bounce off the surf...
We experimentally investigated the splashing of dense suspension droplets impacting a solid surface,...
It is shown that introducing gravity in the energy minimization of drops on surfaces results in diff...
Drops are well known to rebound from superhydrophobic surfaces and from liquid surfaces. Here, we sh...
It has been shown that a water drop can bounce persistently, when thrown on a super-hydrophobic subs...
We experimentally investigate the impact dynamics of a microliter water droplet on a hydrophobic mic...
Physical parameters and processes that may be important for modeling splashing will be addressed. Th...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
"We study the impact of a drop of liquid onto a thin layer of the same liquid. We give an overview o...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
We investigate the drop splashing threshold S-T of water on a rough surface. Surface roughness has b...
Drops bouncing on an ultra-smooth solid surface can either make contact with the surface or be suppo...
The dynamics of water drop impact at high impinging velocity onto superhydrophobic substrates is exp...
PACS. 68.08.-p – Liquid-solid interfaces. Abstract. – A drop of water thrown on a super-hydrophobic ...
Tiny drops of millimetre size are known to bounce on a solid surface if the surface is superhydropho...
When a drop impinges on a dry solid surface it can stick to the surface, spread, bounce off the surf...
We experimentally investigated the splashing of dense suspension droplets impacting a solid surface,...
It is shown that introducing gravity in the energy minimization of drops on surfaces results in diff...
Drops are well known to rebound from superhydrophobic surfaces and from liquid surfaces. Here, we sh...
It has been shown that a water drop can bounce persistently, when thrown on a super-hydrophobic subs...
We experimentally investigate the impact dynamics of a microliter water droplet on a hydrophobic mic...
Physical parameters and processes that may be important for modeling splashing will be addressed. Th...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
"We study the impact of a drop of liquid onto a thin layer of the same liquid. We give an overview o...
Experiments to understand the effect of surface wettability on impact characteristics of water drops...
We investigate the drop splashing threshold S-T of water on a rough surface. Surface roughness has b...
Drops bouncing on an ultra-smooth solid surface can either make contact with the surface or be suppo...
The dynamics of water drop impact at high impinging velocity onto superhydrophobic substrates is exp...
PACS. 68.08.-p – Liquid-solid interfaces. Abstract. – A drop of water thrown on a super-hydrophobic ...