Abstract
Abstract Isothermal devitrification at 250 °C in a series of Al–Ni–Gd (Al = 85–90 at.%) amorphous alloys was systematically investigated using differential scanning calorimetry, X-ray diffraction and transmission electron microscopy techniques. A phase formation sequence map was constructed, which maps a zone of a metastable compound plus face-centered cubic (fcc)-Al, a zone of irregularly shaped fcc-Al nanoparticles, and a zone of spherical fcc-Al nanoparticles within the glass formation range.
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