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Type Warren, P. J.; Grovenor, M., C R
  Publication Comparison to STEM and atom probe methods for chemical analysis of grain boundaries in commercial Al alloys Volume Journal Article
Pages 1995
  Abstract Materials Science Forum  
  Corporate Author Mater. Sci. Forum  
Publisher 189-190  
Editor
  Summary Language 115-120 Series Editor 3D Atom Probe, Aluminum alloys  
Abbreviated Series Title The mechanical properties of grain boundaries in aluminium alloys appear to be very strongly affected by subtle changes in the local chemistry. Due to these microstructural features being on the nanometre scale they are at the limit of conventional TEM based analysis techniques. X-ray and atom probe microanalysis techniques have been applied to the study of grain boundary chemistry in a commercial aluminium alloy. A variety of heat treatments resulting in different stress corrosion cracking susceptibilities have been invesigated. This paper compares typical analyses from one heat treatment to show that the combination of these two techniques with their quite different intrinsic advantages and limitations allows clearer characterisation of the variations in grain boundary chemistry.
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no 2367
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