This article contains the experimental data for the characterization of ∑3 boundaries in a cold deformed and annealed pure iron. Mentioned data are relevant to the research article “ The inter-connections of ∑3 boundaries in pure iron” (Weiguo Wang, Song Chen, Gregory S. Rohrer, Wenzhe Chen, 2017) [1]. The characterization of ∑3 boundaries was performed through an integrated method including electron backscatter diffraction, stereology based five parameter analysis and crystallographic analysis. This method as formulated can determine the inter-connections of any type grain boundaries with fixed misorientation
A distribution of grain boundary curvature as a function of five independent crystallographic parame...
The ‘five-parameter’ (i.e. both misorientation and grain boundary plane) distribution in type 304 au...
Abstract Polycrystalline materials’ mechanical properties and failure modes depend on many factors t...
The three-dimensional interfacial grain boundary network in a fully austenitic high-manganese steel ...
The deformation heterogeneities that form in the vicinity of prior hot band grain boundaries in a 75...
Migration of grain boundaries in an idealized, well-ordered polycrystalline sample is an often-studi...
On présente une revue des différents efforts faits dans notre laboratoire pour étudier les relaxatio...
The grain boundary misorientations and CSL frequencies in ultra high purity a-iron and iron doped wi...
In the study of microband formation during plastic deformation of face centered cubic metals and all...
Pseudo-3D orientation microscopy based on electron backscatter diffraction (EBSD) is a simple way to...
AbstractGrain boundaries often develop faceted morphologies in systems for which the interfacial fre...
Grain boundary embrittlement due to segregation of impurities to high-energy grain boundaries causin...
Abstract. The grain boundary nlisorientations and CSL frequencies in ultra high purity a-iron and ir...
Microbands are well-known deformation features that generate in the rolling microstructures of many ...
The fabric of high-angle boundaries in recrystallized quartz aggregates deformed under distinct stra...
A distribution of grain boundary curvature as a function of five independent crystallographic parame...
The ‘five-parameter’ (i.e. both misorientation and grain boundary plane) distribution in type 304 au...
Abstract Polycrystalline materials’ mechanical properties and failure modes depend on many factors t...
The three-dimensional interfacial grain boundary network in a fully austenitic high-manganese steel ...
The deformation heterogeneities that form in the vicinity of prior hot band grain boundaries in a 75...
Migration of grain boundaries in an idealized, well-ordered polycrystalline sample is an often-studi...
On présente une revue des différents efforts faits dans notre laboratoire pour étudier les relaxatio...
The grain boundary misorientations and CSL frequencies in ultra high purity a-iron and iron doped wi...
In the study of microband formation during plastic deformation of face centered cubic metals and all...
Pseudo-3D orientation microscopy based on electron backscatter diffraction (EBSD) is a simple way to...
AbstractGrain boundaries often develop faceted morphologies in systems for which the interfacial fre...
Grain boundary embrittlement due to segregation of impurities to high-energy grain boundaries causin...
Abstract. The grain boundary nlisorientations and CSL frequencies in ultra high purity a-iron and ir...
Microbands are well-known deformation features that generate in the rolling microstructures of many ...
The fabric of high-angle boundaries in recrystallized quartz aggregates deformed under distinct stra...
A distribution of grain boundary curvature as a function of five independent crystallographic parame...
The ‘five-parameter’ (i.e. both misorientation and grain boundary plane) distribution in type 304 au...
Abstract Polycrystalline materials’ mechanical properties and failure modes depend on many factors t...