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- Q3589169 subject Q6464799.
- Q3589169 abstract "Zener pinning is the influence of a dispersion of fine particles on the movement of low- and high angle grain boundaries through a polycrystalline material. Small particles act to prevent the motion of such boundaries by exerting a pinning pressure which counteracts the driving force pushing the boundaries. Zener pinning is very important in materials processing as it has a strong influence on recovery, recrystallization and grain growth.".
- Q3589169 thumbnail ZenerPinning.png?width=300.
- Q3589169 wikiPageWikiLink Q11379.
- Q3589169 wikiPageWikiLink Q11402.
- Q3589169 wikiPageWikiLink Q12507.
- Q3589169 wikiPageWikiLink Q1492573.
- Q3589169 wikiPageWikiLink Q1640482.
- Q3589169 wikiPageWikiLink Q17278.
- Q3589169 wikiPageWikiLink Q17285.
- Q3589169 wikiPageWikiLink Q173817.
- Q3589169 wikiPageWikiLink Q176449.
- Q3589169 wikiPageWikiLink Q176640.
- Q3589169 wikiPageWikiLink Q181780.
- Q3589169 wikiPageWikiLink Q187360.
- Q3589169 wikiPageWikiLink Q2142517.
- Q3589169 wikiPageWikiLink Q232207.
- Q3589169 wikiPageWikiLink Q247486.
- Q3589169 wikiPageWikiLink Q274506.
- Q3589169 wikiPageWikiLink Q39552.
- Q3589169 wikiPageWikiLink Q6464799.
- Q3589169 wikiPageWikiLink Q899604.
- Q3589169 wikiPageWikiLink Q900515.
- Q3589169 comment "Zener pinning is the influence of a dispersion of fine particles on the movement of low- and high angle grain boundaries through a polycrystalline material. Small particles act to prevent the motion of such boundaries by exerting a pinning pressure which counteracts the driving force pushing the boundaries. Zener pinning is very important in materials processing as it has a strong influence on recovery, recrystallization and grain growth.".
- Q3589169 label "Zener pinning".
- Q3589169 depiction ZenerPinning.png.