Refinement of precipitate distributions in an age-hardenable Mg-Sn alloy through microalloying
BETTLES, C. J.
School of Physics and Materials Engineering
Division of Manufacturing Science and Technology [CSIRO]
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School of Physics and Materials Engineering
Division of Manufacturing Science and Technology [CSIRO]
BETTLES, C. J.
School of Physics and Materials Engineering
Division of Manufacturing Science and Technology [CSIRO]
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School of Physics and Materials Engineering
Division of Manufacturing Science and Technology [CSIRO]
Language
en
Article de revue
This item was published in
Philosophical Magazine Letters. 2006, vol. vol. 86, n° 7, p. p. 443-456
Taylor & Francis
English Abstract
It has been known for some time that trace additions ( 2 Sn phase formed, although a substantial refinement of the distributions is observed. In the case of Na additions, the number density of particles is increased by two ...Read more >
It has been known for some time that trace additions ( 2 Sn phase formed, although a substantial refinement of the distributions is observed. In the case of Na additions, the number density of particles is increased by two orders of magnitude, resulting in hardening increment increases of 270%. The In+Li additions lead to increases of approximately one order of magnitude in number density and 150% increases in the hardening increment. The generality of the observed effects and the resulting hardening responses are discussed.Read less <
English Keywords
Aluminium
Microalloys
Magnesium
Tin
Atom-probe
Phase
Additions
Thermodynamic
Hardeness
Origin
Hal imported