Add to ORKGGravity-dependent transport phenomena in various industrial processes are investigated in order to address a broader range of microgravity phenomena and to develop new applications of microgravity. A number of important topics are identified and analyzed in detail. The present article describes results on coating flow, zeolite growth, and rotating electrochemical system
The zero gravity or weightless environment during orbital flight makes specific new manufacturing pr...
Electrodeposition and electrocodeposition in low gravity are discussed. The goal is to provide a bet...
The substantial US investment at stake in critical space station era technologies includes six broad...
Gravity dependent transport phenomena in various industrial processes are investigated in order to i...
Materials processing in space has been studied both theoretically and experimentally for over of a ...
Production of protein and semi-conductor crystals with advanced quality and properties is considered...
International audienceThis paper is essentially devoted to researcher's interested by transfers with...
This research explores the possibility of using “wet processes ” to produce objects in microgravity ...
A microscopic diffusion model is developed to represent solute transport in the boundary layer of a ...
A microscopic diffusion model is developed to represent solute transport in the boundary layer of a ...
Crystals grown from special liquid solutions find important industrial applications. Most often the ...
The ability to reproduce reduced gravity conditions for long periods is one of the reasons why the o...
This is the final report on our NASA grant, Problems in Microgravity Fluid Mechanics NAG3-2513: 12/1...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
Non-coalescence of two bodies of the same liquid and the suppression of contact between liquid drops...
The zero gravity or weightless environment during orbital flight makes specific new manufacturing pr...
Electrodeposition and electrocodeposition in low gravity are discussed. The goal is to provide a bet...
The substantial US investment at stake in critical space station era technologies includes six broad...
Gravity dependent transport phenomena in various industrial processes are investigated in order to i...
Materials processing in space has been studied both theoretically and experimentally for over of a ...
Production of protein and semi-conductor crystals with advanced quality and properties is considered...
International audienceThis paper is essentially devoted to researcher's interested by transfers with...
This research explores the possibility of using “wet processes ” to produce objects in microgravity ...
A microscopic diffusion model is developed to represent solute transport in the boundary layer of a ...
A microscopic diffusion model is developed to represent solute transport in the boundary layer of a ...
Crystals grown from special liquid solutions find important industrial applications. Most often the ...
The ability to reproduce reduced gravity conditions for long periods is one of the reasons why the o...
This is the final report on our NASA grant, Problems in Microgravity Fluid Mechanics NAG3-2513: 12/1...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
Non-coalescence of two bodies of the same liquid and the suppression of contact between liquid drops...
The zero gravity or weightless environment during orbital flight makes specific new manufacturing pr...
Electrodeposition and electrocodeposition in low gravity are discussed. The goal is to provide a bet...
The substantial US investment at stake in critical space station era technologies includes six broad...