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FIM/atom probe study of grain boundaries in Ni(sub 3)Al

S. S. Brenner

Field-ion microscopy and atom probe microanalysis have been used to study grain boundaries in Ni(sub 3)Al to help clarify the mechanism by which boron ductilizes this material. Except for the Dartmouth material all of the ductile alloys were grain-refined by cold working and recrystallization at 800--900(degrees)C.

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FIM/atom probe study of grain boundaries in Ni(sub 3)Al

S. S. Brenner

Field-ion microscopy and atom probe microanalysis have been used to study grain boundaries in Ni(sub 3)Al to help clarify the mechanism by which boron ductilizes this material. Except for the Dartmouth material all of the ductile alloys were grain-refined by cold working and recrystallization at 800--900(degrees)C.

FIM/atom probe study of grain boundaries in Ni(sub 3)Al

S. S. Brenner

Field-ion microscopy and atom probe microanalysis have been used to study grain boundaries in Ni(sub 3)Al to help clarify the mechanism by which boron ductilizes this material. Except for the Dartmouth material all of the ductile alloys were grain-refined by cold working and recrystallization at 800--900(degrees)C.

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Title:

FIM/atom probe study of grain boundaries in Ni(sub 3)Al

Contributors:

S. S. Brenner (author)

Publication date:

1991

Size:

16 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Nonferrous Metals & Alloys , Aluminium Alloys , Boron , Nickel Base Alloys , Grain Boundaries , Beryllium , Carbon , Ductility , Hafnium , Intermetallic Compounds , Ion Microscopy , Metallurgical Effects , Segregation , Meetings , Aluminium nickel alloys , EDB/360103

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