Pt–Al compounds are promising high-temperature structural materials. However, the
hydrogenated behavior of Pt 3 Al is still unclear. To explore the hydrogenated mechanism …

Quasicrystals have emerged as the third class of solid‐state materials, distinguished from
periodic crystals and amorphous solids, which have long‐range order without periodicity …

Abstract The cubic Pt 3 Al has received considerable attention for high temperature
applications. However, it is a great challenge to improve the balance between the …

Although PtAl 2 is a promising high-temperature alloy, the improvement of its strength is still
a big challenge. To solve this problem, we apply first-principles calculations to study the …

The constitution of the Al-rich part of the Al− Pt alloy system is revised. Apart from the
previously reported equilibrium Al 4 Pt, Al 21 Pt 8 and Al 2 Pt phases, a complex …

Phase equilibria in the Al–Ni–Pt alloy system were specified. The total compositional region
of the ternary phase diagram can coarsely be divided into three peculiar subregions …

The influence of the superalloy composition and crystal orientation on the formation of an
unconventional thermal barrier coating system (TBC) is reported. A 6 μm-thick Pt layer was …

The thermodynamic CALPHAD description of the Al–Pt system is remodeled. The four sub-
lattice (4SL) model for the ordered/disordered fcc and bcc phases is adopted resulting in …

A series of Al− Ni− Pt and Al− Pd− Pt alloys containing∼ 50at.% Al were studied by powder
X-ray diffraction, differential thermal analysis and scanning electron microscopy. The …

The Ni-aluminides are integral constituents of thermal barrier coatings applied over Ni-
based superalloys. These aluminides provide oxidation-resistance by forming a protective α …