“…For example, the most commonly used aluminum-based alloys (Al–Cu or Al–Mg–Cu) get their significantly improved mechanical properties, with respect to elemental Al, from the formation of intermetallic precipitations like CuAl 2 ( I 4/ mcm 15 ) or MgCuAl 2 (S-phase, Cmcm 16 ). 1,17–19…”
Oxide materials are of key importance in many aspects of everyday life. However, their solid-state syntheses require high temperatures and often multiple steps when conducted from the binary oxides. Herein,...
“…For example, the most commonly used aluminum-based alloys (Al–Cu or Al–Mg–Cu) get their significantly improved mechanical properties, with respect to elemental Al, from the formation of intermetallic precipitations like CuAl 2 ( I 4/ mcm 15 ) or MgCuAl 2 (S-phase, Cmcm 16 ). 1,17–19…”
Oxide materials are of key importance in many aspects of everyday life. However, their solid-state syntheses require high temperatures and often multiple steps when conducted from the binary oxides. Herein,...
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