International audienceThree Zn-doped InSb crystals were directionally solidified under microgravity conditions at the International Space Station (ISS) Alpha. The distribution of the Zn was measured using SIMS. A short diffusion-controlled transient, typical for systems with k > 1 was demonstrated. Static pressure of similar to 4000 N/m(2) was imposed on the melt, to prevent bubble formation and de-wetting. Still, partial de-wetting has occurred in one experiment, and apparently has disturbed the diffusive transport of Zn in the melt
The Lead-Zinc binary equilibrium system is currently being investigated. Ground based studies of thi...
The solidification of two binary alloys, In-10Sn and Sn-13Pb, has been investigated by X-ray diffrac...
It was established that ideal diffusion controlled steady state conditions, never accomplished on ea...
During the past 40 years, dozens of semiconductor crystal growth experiments have been conducted in ...
The effects of gravity and crystal orientation on the dissolution of GaSb into InSb melt and the rec...
This reports on the MEPHISTO-4 experiment on the Space Shuttle Columbia, STS-87, November 19-Decembe...
In this paper, the vertical directional solidification (VDS) detached crystal growth process in our ...
The solidification of a dilute alloy (bismuth-tin) under Bridgman crystal growth conditions is inves...
We review recent in situ solidification experiments using nonfaceted model transparent alloys in sci...
A low gravity material experiment will be performed in the Material Science Research Rack (MSRR) on ...
International audienceTo characterize the dynamical formation of three-dimensional (3-D) arrays of c...
This paper presents results of the measurement of solute diffusivities in the Al–Ni and Sn–Bi–In sys...
The paper surveys the available literature on the direct influence of microgravity on diffusion in l...
Crystals of ZnSe and related ternary compounds, such as ZnSeS and ZnSeTe, will be grown by physical ...
The application of containerless processing by electromagnetic levitation gives access to liquid dro...
The Lead-Zinc binary equilibrium system is currently being investigated. Ground based studies of thi...
The solidification of two binary alloys, In-10Sn and Sn-13Pb, has been investigated by X-ray diffrac...
It was established that ideal diffusion controlled steady state conditions, never accomplished on ea...
During the past 40 years, dozens of semiconductor crystal growth experiments have been conducted in ...
The effects of gravity and crystal orientation on the dissolution of GaSb into InSb melt and the rec...
This reports on the MEPHISTO-4 experiment on the Space Shuttle Columbia, STS-87, November 19-Decembe...
In this paper, the vertical directional solidification (VDS) detached crystal growth process in our ...
The solidification of a dilute alloy (bismuth-tin) under Bridgman crystal growth conditions is inves...
We review recent in situ solidification experiments using nonfaceted model transparent alloys in sci...
A low gravity material experiment will be performed in the Material Science Research Rack (MSRR) on ...
International audienceTo characterize the dynamical formation of three-dimensional (3-D) arrays of c...
This paper presents results of the measurement of solute diffusivities in the Al–Ni and Sn–Bi–In sys...
The paper surveys the available literature on the direct influence of microgravity on diffusion in l...
Crystals of ZnSe and related ternary compounds, such as ZnSeS and ZnSeTe, will be grown by physical ...
The application of containerless processing by electromagnetic levitation gives access to liquid dro...
The Lead-Zinc binary equilibrium system is currently being investigated. Ground based studies of thi...
The solidification of two binary alloys, In-10Sn and Sn-13Pb, has been investigated by X-ray diffrac...
It was established that ideal diffusion controlled steady state conditions, never accomplished on ea...