Fluid interfaces are producing several static and dynamic phenomena. These interfaces are governing, for instance, the shape of sessile droplets and the spread of liquids on surfaces. In this paper, we will discuss the shape of sessile axisymmetric drops on a solid surface and how it is depending on gravity, obtaining results that are in agreement with experimental observations under conditions of microgravity
Abstract Sessile drop creation in weightlessness is critical for designing scientific instruments fo...
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....
Fluid interfaces are producing several static and dynamic phenomena. These interfaces are governing,...
Abstract We present in this paper the results obtained from a parabolic flight campaign regarding th...
International audienceThis paper presents initial work performed to develop a database of contact an...
The behaviour of confined liquids on board an orbiting spacecraft is mainly driven by surface tensio...
We present the experimental results on the behaviour of static and dynamic sessile drops under hyper...
We present the experimental results on the behaviour of static and dynamic sessile drops under hyper...
This paper presents initial work performed to develop a database of contact angles of sessile drops ...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
Abstract Sessile drop creation in weightlessness is critical for designing scientific instruments fo...
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....
Fluid interfaces are producing several static and dynamic phenomena. These interfaces are governing,...
Abstract We present in this paper the results obtained from a parabolic flight campaign regarding th...
International audienceThis paper presents initial work performed to develop a database of contact an...
The behaviour of confined liquids on board an orbiting spacecraft is mainly driven by surface tensio...
We present the experimental results on the behaviour of static and dynamic sessile drops under hyper...
We present the experimental results on the behaviour of static and dynamic sessile drops under hyper...
This paper presents initial work performed to develop a database of contact angles of sessile drops ...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
This paper addresses the operation in microgravity of the surface reconstruction device whose design...
Abstract Sessile drop creation in weightlessness is critical for designing scientific instruments fo...
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....
Liquid drop is a very common phenomenon occurring in various natural and industrial processes, e.g....