Morphological stability of a solid–liquid interface and cellular growth: Insights from thermoelectric measurements in microgravity experiments

The objective of this paper is to present reference experimental measurements of the morphological stability threshold velocity and cellular growth undercooling for two alloy compositions in the tin–bismuth (Sn–Bi) metallic system. The measure is based on an original in situ diagnostic that relies o...

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Published inJournal of crystal growth Vol. 279; no. 1; pp. 195 - 205
Main Authors Garandet, J.P., Boutet, G., Lehmann, P., Drevet, B., Camel, D., Rouzaud, A., Favier, J.J., Faivre, G., Coriell, S., Alexander, J.I.D., Billia, B.
Format Journal Article
LanguageEnglish
Published Amsterdam Elsevier B.V 15.05.2005
Elsevier
Subjects
A1. Morphological stability
A2. Bridgman technique
A3. Microgravity conditions
B1. Metals
Cross-disciplinary physics: materials science; rheology
Exact sciences and technology
Growth in microgravity environments
Materials science
Methods of crystal growth; physics of crystal growth
Physics
A2. Bridgman technique
A1. Morphological stability
81.05.Bx
B1. Metals
81.10.Mx
85.80.Fi
81.30.Fb
A3. Microgravity conditions
Liquid solid interface
Inorganic compounds
Scattering
Temperature gradients
Dilute alloys
Seebeck effect
Experimental study
Binary alloys
Tin alloys
Morphology
Bismuth alloys
Instability
Microgravity
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Abstract The objective of this paper is to present reference experimental measurements of the morphological stability threshold velocity and cellular growth undercooling for two alloy compositions in the tin–bismuth (Sn–Bi) metallic system. The measure is based on an original in situ diagnostic that relies on the Seebeck thermoelectric effect and benefits from the microgravity environment to guarantee diffusive solute transport conditions. When analysed using independently determined thermo-physical parameters, the experimental data is found to support the validity of the Mullins and Sekerka theory. Above the morphological stability threshold, the data can be interpreted assuming that the cell tips progress along the temperature gradient until the local driving force for morphological instability becomes negligible.
AbstractList The objective of this paper is to present reference experimental measurements of the morphological stability threshold velocity and cellular growth undercooling for two alloy compositions in the tin-bismuth (Sn-Bi) metallic system. The measure is based on an original in situ diagnostic that relies on the Seebeck thermoelectric effect and benefits from the microgravity environment to guarantee diffusive solute transport conditions. When analysed using independently determined thermo-physical parameters, the experimental data is found to support the validity of the Mullins and Sekerka theory. Above the morphological stability threshold, the data can be interpreted assuming that the cell tips progress along the temperature gradient until the local driving force for morphological instability becomes negligible.
Author Lehmann, P.
Camel, D.
Rouzaud, A.
Billia, B.
Favier, J.J.
Drevet, B.
Alexander, J.I.D.
Garandet, J.P.
Boutet, G.
Faivre, G.
Coriell, S.
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  organization: Université Paris VII Denis Diderot, Groupe de Physique des Solides, 2 place Jussieu, F-75251 Paris Cedex 05, France
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  surname: Coriell
  fullname: Coriell, S.
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  givenname: J.I.D.
  surname: Alexander
  fullname: Alexander, J.I.D.
  organization: Case Western Reserve University, 10900 Euclid Avenue, Cleveland, OH 44106-7222, USA
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  givenname: B.
  surname: Billia
  fullname: Billia, B.
  organization: Université Aix-Marseille III, Faculté des Sciences de St Jerome, L2MP, Case 151, F-13397 Marseille Cedex 20, France
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Issue 1
Keywords A2. Bridgman technique
A1. Morphological stability
81.05.Bx
B1. Metals
81.10.Mx
85.80.Fi
81.30.Fb
A3. Microgravity conditions
Liquid solid interface
Inorganic compounds
Scattering
Temperature gradients
Dilute alloys
Seebeck effect
Experimental study
Binary alloys
Tin alloys
Morphology
Bismuth alloys
Instability
Microgravity
Language English
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Snippet The objective of this paper is to present reference experimental measurements of the morphological stability threshold velocity and cellular growth...
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SubjectTerms A1. Morphological stability
A2. Bridgman technique
A3. Microgravity conditions
B1. Metals
Cross-disciplinary physics: materials science; rheology
Exact sciences and technology
Growth in microgravity environments
Materials science
Methods of crystal growth; physics of crystal growth
Physics
Title Morphological stability of a solid–liquid interface and cellular growth: Insights from thermoelectric measurements in microgravity experiments
URI https://dx.doi.org/10.1016/j.jcrysgro.2005.01.108
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