Decagonal quasicrystal formed directly from the undercooled Al72Ni16Co12 alloy melt

X. B. Liu; G. C. Yang; J. F. Fan; J. C. Wang; G. S. Song

doi:10.1023/A:1014946932078

Decagonal quasicrystal formed directly from the undercooled Al₇₂Ni₁₆Co₁₂ alloy melt

X. B. Liu, G. C. Yang, J. F. Fan, J. C. Wang, G. S. Song

School of Materials Sience and Engineering

Northwestern Polytechnical University Xian

Research output: Contribution to journal › Article › peer-review

1 Scopus citations

Abstract

A single-phase d-quasicrystal was produced by means of electromagnetic levitation melting and cyclic superheating in the Al₇₂Ni₁₆Co₁₂ alloy undercooled by larger than 60 K. With the increasing undercoolings, d-phase showed various microstructural morphologies, which results from the change of growth mode from a lateral growth along the quasiperiodic directions to a continuous growth along the periodic direction of ten-fold axis.

Original language	English
Pages (from-to)	367-369
Number of pages	3
Journal	Journal of Materials Science Letters
Volume	21
Issue number	5
DOIs	https://doi.org/10.1023/A:1014946932078
State	Published - 1 Mar 2002

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abstract = "A single-phase d-quasicrystal was produced by means of electromagnetic levitation melting and cyclic superheating in the Al72Ni16Co12 alloy undercooled by larger than 60 K. With the increasing undercoolings, d-phase showed various microstructural morphologies, which results from the change of growth mode from a lateral growth along the quasiperiodic directions to a continuous growth along the periodic direction of ten-fold axis.",

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N2 - A single-phase d-quasicrystal was produced by means of electromagnetic levitation melting and cyclic superheating in the Al72Ni16Co12 alloy undercooled by larger than 60 K. With the increasing undercoolings, d-phase showed various microstructural morphologies, which results from the change of growth mode from a lateral growth along the quasiperiodic directions to a continuous growth along the periodic direction of ten-fold axis.

AB - A single-phase d-quasicrystal was produced by means of electromagnetic levitation melting and cyclic superheating in the Al72Ni16Co12 alloy undercooled by larger than 60 K. With the increasing undercoolings, d-phase showed various microstructural morphologies, which results from the change of growth mode from a lateral growth along the quasiperiodic directions to a continuous growth along the periodic direction of ten-fold axis.

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Decagonal quasicrystal formed directly from the undercooled Al₇₂Ni₁₆Co₁₂ alloy melt

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