Progressively annealing ball-milled Al/Zr powders removes intermetallic heat, raises ignition thresholds most for Al-rich compositions, and leaves combustion temperatures and microexplosion frequencies high, implying atomized pre-intermetallic powders can burn comparably once ignited.
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Machine Learning-Assisted Analysis of Combustion and Ignition in As-milled and Annealed Al/Zr Composite Powders
Progressively annealing ball-milled Al/Zr powders removes intermetallic heat, raises ignition thresholds most for Al-rich compositions, and leaves combustion temperatures and microexplosion frequencies high, implying atomized pre-intermetallic powders can burn comparably once ignited.