Irradiation-Induced Mo2C Precipitation in Ni-Mo

W. Kesternich; Ray Carpenter; E. A. Kenik

doi:10.1007/BF02643311

Irradiation-Induced Mo₂C Precipitation in Ni-Mo

W. Kesternich, Ray Carpenter, E. A. Kenik

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Abstract

Precipitates observed in Ni₄Mo after nickel ion irradiation between 773 and 948 K were examined by analytical electron microscopy and found to be hexagonal Mo₂C. The precipitate particle size increases with irradiation time; diffraction effects from the precipitate are complex when the particles are small, but distinctly different from those due to either short- or long-range order known to occur in Ni₄Mo. Formation of the precipitates in the pure binary alloy is attributed to carbon contamination during the irradiation experiment. The degree of carbon contamination was dose dependent.

Original language	English (US)
Pages (from-to)	213-219
Number of pages	7
Journal	Metallurgical Transactions A
Volume	13
Issue number	2
DOIs	https://doi.org/10.1007/BF02643311
State	Published - Feb 1982

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Engineering(all)

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title = "Irradiation-Induced Mo2C Precipitation in Ni-Mo",

abstract = "Precipitates observed in Ni4Mo after nickel ion irradiation between 773 and 948 K were examined by analytical electron microscopy and found to be hexagonal Mo2C. The precipitate particle size increases with irradiation time; diffraction effects from the precipitate are complex when the particles are small, but distinctly different from those due to either short- or long-range order known to occur in Ni4Mo. Formation of the precipitates in the pure binary alloy is attributed to carbon contamination during the irradiation experiment. The degree of carbon contamination was dose dependent.",

author = "W. Kesternich and Ray Carpenter and Kenik, {E. A.}",

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AU - Kesternich, W.

AU - Carpenter, Ray

AU - Kenik, E. A.

PY - 1982/2

Y1 - 1982/2

N2 - Precipitates observed in Ni4Mo after nickel ion irradiation between 773 and 948 K were examined by analytical electron microscopy and found to be hexagonal Mo2C. The precipitate particle size increases with irradiation time; diffraction effects from the precipitate are complex when the particles are small, but distinctly different from those due to either short- or long-range order known to occur in Ni4Mo. Formation of the precipitates in the pure binary alloy is attributed to carbon contamination during the irradiation experiment. The degree of carbon contamination was dose dependent.

AB - Precipitates observed in Ni4Mo after nickel ion irradiation between 773 and 948 K were examined by analytical electron microscopy and found to be hexagonal Mo2C. The precipitate particle size increases with irradiation time; diffraction effects from the precipitate are complex when the particles are small, but distinctly different from those due to either short- or long-range order known to occur in Ni4Mo. Formation of the precipitates in the pure binary alloy is attributed to carbon contamination during the irradiation experiment. The degree of carbon contamination was dose dependent.

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Irradiation-Induced Mo₂C Precipitation in Ni-Mo

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