1985
DOI: 10.1016/0036-9748(85)90042-0
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Electron microscopy of quasi-crystals in rapidly solidified Al-14% Mn alloys

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Cited by 130 publications
(23 citation statements)
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“…These EDPs and the angles between them agree with those EDPs reported by earlier workers for the Al-Mn DQC, [8,[28][29][30] especially the pseudo-fivefold p5 EDP after tilting about 61 deg (Figure 3(f)) and the pseudothreefold p3 EDP after tilting 79 deg (Figure 3(g)) from the tenfold axis.…”
Section: Ga-mn Decagonal Quasicrystalsupporting
confidence: 86%
See 1 more Smart Citation
“…These EDPs and the angles between them agree with those EDPs reported by earlier workers for the Al-Mn DQC, [8,[28][29][30] especially the pseudo-fivefold p5 EDP after tilting about 61 deg (Figure 3(f)) and the pseudothreefold p3 EDP after tilting 79 deg (Figure 3(g)) from the tenfold axis.…”
Section: Ga-mn Decagonal Quasicrystalsupporting
confidence: 86%
“…pct Mn. [7,8] Since Ga (once called eka-Al) belongs to the same group of elements as Al in the Periodic Table and, moreover, the icosahedral cluster Ga12 occurs abundantly in the structures of binary and ternary Ga intermetallic compounds (for a review, see Reference 9), we might expect to find these quasicrystals in binary Mn-Ga alloys. Indeed, an IQC has been reported recently by Tartas and Knystautas [10] in a multilayered film with an average composition of Ga 85 Mn 15 prepared by vapor deposition followed by ion mixing and studied by means of electron diffraction ring patterns.…”
Section: Introductionmentioning
confidence: 99%
“…The reciprocal space of this crystal are densely filled with spots of various intensities, and are characterized by an icosahedral symmetry which has six fivefold symmetry axes, 10 threefold symmetry axes (through the twenty triangular faces) and 15 twofold symmetry axes. Soon after, a tenfold symmetry two-dimensional quasicrystal was also reported, called the decagonal phase [2,3]. The unique tenfold symmetry axis in such a lattice can be generated by reflection of a fivefold axis.…”
Section: Introductionmentioning
confidence: 99%
“…the decagonal phase, as a strengthening agent. The decagonal phase in Al-based alloys has been found in many systems, though only a few of them are thermodynamically stable [7,8]. In this work, Al-Ni-Fe alloys containing the decagonal quasicrystalline phase are studied since, particularly, the alloys consist of low cost elements.…”
Section: Introductionmentioning
confidence: 99%