Inclusions in aluminium crystals

Tiedema, T. J.; May, Walter J.; Burgers, W. G.

doi:10.1107/s0365110x49000412

Cited by 27 publications

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“…Other authors also have noted small islands of unrecrystallized material in a recrystal 1 i zed matrix (36). The latter study showed that these areas were either very close in orientation or twin-related to the surrounding recrystal 1 i zed material.…”

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confidence: 69%

Structural evolution in nickel during annealing subsequent to hot deformation

Smeal¹

1965

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The author would like to express his gratitude to the chairman of his supervisory committee, Dr. F. N. Rhines, not only for many discussions and suggestions pertaining to the problem but also for his constant encouragement. Research which eventually evolved into this thesis was performed under the supervision of Dr. R. E. Reed-Hill and the author would like to acknowledge his debt to many aspects of that work. The author is also indebted to Dr. R. T. DeHoff for his suggestions concerning the quantative metal lographic measurements .

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confidence: 69%

Structural evolution in nickel during annealing subsequent to hot deformation

Smeal¹

1965

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“…Studies of island grains left behind when metals were annealed following low strains were fundamental to early progress in understanding recrystallisation [1,2]. The fact that these islands remained unconsumed by the large new grains around them showed that their boundaries possessed low mobility, and x-ray Laué measurements revealed that such island grains had mostly only small misorientations relative to their neighbours.…”

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confidence: 99%

Grain Boundaries with High Misorientation and Low Mobility

Ryde

Hutchinson

Kumano³

2004

MSF

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Island grains have been studied in iron samples that had been treated by critical-strainannealing and in commercial silicon iron alloy sheets after incomplete secondary recrystallisation. Such islands remain behind because their boundaries have such a low mobility that the grains cannot shrink away in the time available during annealing. Misorientations of these islands in relation to the grains surrounding them were measured using EBSD. Similar results were observed in both materials. A small number of low angle boundaries were found and also many twin boundaries. The most remarkable observation, however, was the presence of many general high angle boundaries that did not correspond to any evident coincidence relation.

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Keimbildung und Wachstum bei Kristallen in festen Metallen

Burgers¹

1952

Zeitschrift für Elektrochemie, Berichte der Bunsengesellschaft

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Inclusions in aluminium crystals

Cited by 27 publications

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Structural evolution in nickel during annealing subsequent to hot deformation

Structural evolution in nickel during annealing subsequent to hot deformation

Grain Boundaries with High Misorientation and Low Mobility

Keimbildung und Wachstum bei Kristallen in festen Metallen

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