Precipitates in Al-Mg-Si alloys with Cu addition (~0.1 wt%) and Zn addition (~1 wt%) were investigated by aberration corrected high angle annular dark field scanning transmission electron microscopy (HAADF-STEM). Most precipitates had no overall unit cell but contained ordered network of Si atomic columns for both the Cu and the Zn containing precipitates. It was found that both Cu and Zn atomic columns are located at specific sites and producing characteristic local configurations on the Si atomic columns.publishedVersio
Precipitation in three Al-Mg-Ge(-Si-Cu) alloys has been investigated using transmission electron mic...
Atomic scale studies of aluminum alloys The thesis focuses on structural analysis of particles (prec...
The Zn-containing β″ phase in Al–Mg–Si alloys was investigated by aberration corrected high angle an...
Precipitates in Al-Mg-Si alloys with Cu addition (~0.1 wt%) and Zn addition (~1 wt%) were investigat...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
Aberration-corrected scanning transmission electron microscopy combined with electron energy loss sp...
Aberration-corrected scanning transmission electron microscopy combined with electron energy loss sp...
Precipitation in three Al-Mg-Ge(-Si-Cu) alloys has been investigated using transmission electron mic...
Atomic scale studies of aluminum alloys The thesis focuses on structural analysis of particles (prec...
The Zn-containing β″ phase in Al–Mg–Si alloys was investigated by aberration corrected high angle an...
Precipitates in Al-Mg-Si alloys with Cu addition (~0.1 wt%) and Zn addition (~1 wt%) were investigat...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
Precipitates in a lean Al–Mg–Si alloy with low Cu addition (~0.10 wt.%) were investigated by aberrat...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
International audienceMinor solute additions of Mg, Ag or Zn to AlCuLi alloys are known to promote t...
Aberration-corrected scanning transmission electron microscopy combined with electron energy loss sp...
Aberration-corrected scanning transmission electron microscopy combined with electron energy loss sp...
Precipitation in three Al-Mg-Ge(-Si-Cu) alloys has been investigated using transmission electron mic...
Atomic scale studies of aluminum alloys The thesis focuses on structural analysis of particles (prec...
The Zn-containing β″ phase in Al–Mg–Si alloys was investigated by aberration corrected high angle an...