Experiments with the wetting behavior of immiscible fluids against the container below the critical temperature are being performed in the MSFC Drop Tower Facility. Microgravity conditions extending up to three seconds (of the 4.5 second drop) are generated for the experiment. Specimens consist of glass cylindrical ampoules partially filled with fluid phases. How the fluids develop the meniscus geometry as well as hot the fluid interfaces respond to the microgravity induced oscillations is recorded during the experiment with on-board cameras. Drops are made at various temperatures to determine the interfacial energy variation as a function of temperature
The shedding kinematics of water droplets in a condensation environment when exposed to aerodynamic ...
This paper explores a completely new avenue of microgravity fluidics that has not been systematicall...
We describe a setup to perform systematic studies on the spreading of droplets of complex fluids und...
The 100 m Drop Tower at NASA-Marshall was used to provide the step change in acceleration from 1.0 t...
Drop towers used as experimental facilities have played a major role in the development of fundament...
The behaviour of confined liquids on board an orbiting spacecraft is mainly driven by surface tensio...
This paper presents initial work performed to develop a database of contact angles of sessile drops ...
International audienceThis paper presents initial work performed to develop a database of contact an...
A free-surface cylindrical column of water (86 mm long by 30 mm diameter) was established during the...
377 pagesTo inform the development of numerical simulations of complex capillary phenomena, we obser...
The Critical Point Facility (CPF) is an ESA multiuser facility designed for microgravity research on...
International audienceBy performing near-critical fluid experiments in the weightlessness of an orbi...
Gravity on Earth limits the study of the properties of pure fluids near critical point because they ...
International audienceNear the liquid-vapor critical point in pure fluids, material and thermal prop...
This experiment uses visual observation, interferometry, and light scattering techniques to observe ...
The shedding kinematics of water droplets in a condensation environment when exposed to aerodynamic ...
This paper explores a completely new avenue of microgravity fluidics that has not been systematicall...
We describe a setup to perform systematic studies on the spreading of droplets of complex fluids und...
The 100 m Drop Tower at NASA-Marshall was used to provide the step change in acceleration from 1.0 t...
Drop towers used as experimental facilities have played a major role in the development of fundament...
The behaviour of confined liquids on board an orbiting spacecraft is mainly driven by surface tensio...
This paper presents initial work performed to develop a database of contact angles of sessile drops ...
International audienceThis paper presents initial work performed to develop a database of contact an...
A free-surface cylindrical column of water (86 mm long by 30 mm diameter) was established during the...
377 pagesTo inform the development of numerical simulations of complex capillary phenomena, we obser...
The Critical Point Facility (CPF) is an ESA multiuser facility designed for microgravity research on...
International audienceBy performing near-critical fluid experiments in the weightlessness of an orbi...
Gravity on Earth limits the study of the properties of pure fluids near critical point because they ...
International audienceNear the liquid-vapor critical point in pure fluids, material and thermal prop...
This experiment uses visual observation, interferometry, and light scattering techniques to observe ...
The shedding kinematics of water droplets in a condensation environment when exposed to aerodynamic ...
This paper explores a completely new avenue of microgravity fluidics that has not been systematicall...
We describe a setup to perform systematic studies on the spreading of droplets of complex fluids und...