A study of the Al-rich part of the Al–Ru alloy system

New stable decagonal quasicrystal in the system Al–Ir–Os

“…[3,4] and references therein). In the binary systems Al-Ru and Al-Os have been found: RuAl 6 , Ru 4 Al 13 , Ru 2 Al 5 , RuAl 2 , Ru 2 Al 3 , RuAl [5], and isotypic Os 4 Al 13 , OsAl 2 , Os 2 Al 3 , OsAl, respectively [2]. Therefore, there are good reasons to expect some similarity in the phase diagrams of the systems Al-Ir-Ru and Al-Ir-Os.…”

“…Metastable decagonal quasicrystals have been obtained by rapid solidification of IrAl 4 , OsAl 5 and RuAl 5 [6,7]. The translation period along the tenfold rotation axis is ≈16Å in the case of d-IrAl 4 and ≈4Å for d-OsAl 5 and d-RuAl 5 , respectively.…”

RuAl and its alloys. Part I. Structure, physical properties, microstructure and processing

“…In comparison to early phase diagrams, recent reports show the occurrence of new phases (e.g. Al 5 Ru 2 [64]) and reactions for the Al-rich part of the Ru -Al phase diagram [64 -66]. Rapid solidification (, 10 6 2 10 7 K/s) of Al-rich (1.8 -15 wt% Al) Ru -Al alloys [67,68] was also performed in order to determine the solid solution ranges in the metastable phases and phase transformations that occur upon annealing.…”

Atomistic Modeling of Multicomponent Systems

“…To drive down cost and weight and improve upon its other properties, several studies [15][16][17][18] have looked at alloying schemes for replacing Ru or Al with other elements that generally form an isostructural B2 phase such as Co and Fe for Ru and Ti for Al. But by far, the most widely studied ternary alloying addition has been Ni, [19][20][21][22][23][24][25][26][27][28][29] although there is disagreement on the structure of ternary NiRu-Al alloys that exist between the NiAl and RuAl B2-phase fields.…”