The effect of aluminium content on the precipitation of in rapidly quenched Ni-Al binary alloys was investigated. Microstructural analyses of annealed and quenched samples indicate a transition from uniform to bimodal phase distribution in the composition range between 15.3 and 17.5 at.%Al. This transition is accompanied by changes in the morphology of precipitates. The microstructural observations are discussed in view of both kinetic and crystallographic considerations.
Samadi, A., Abdollah-zadeh, A. & Assadi, H. (2010). Effect of Composition on the Precipitation of ï§ï¢ in Rapidly Quenched Ni-Al Binary Alloys. Modares Mechanical Engineering, 10(1), 103–109.
MLA
Samadi, A., Abdollah-zadeh, A., & Assadi, H. "Effect of Composition on the Precipitation of ï§ï¢ in Rapidly Quenched Ni-Al Binary Alloys", Modares Mechanical Engineering, 10, 1, 2010, 103–109.
HARVARD
Samadi, A., Abdollah-zadeh, A., & Assadi, H. (2010). 'Effect of Composition on the Precipitation of ï§ï¢ in Rapidly Quenched Ni-Al Binary Alloys', Modares Mechanical Engineering, 10(1), pp. 103–109.
CHICAGO
Samadi, A., Abdollah-zadeh, A. & Assadi, H., "Effect of Composition on the Precipitation of ï§ï¢ in Rapidly Quenched Ni-Al Binary Alloys." Modares Mechanical Engineering, 10 1 (2010): 103–109,
VANCOUVER
Samadi A., Abdollah-zadeh A., Assadi H. Effect of Composition on the Precipitation of ï§ï¢ in Rapidly Quenched Ni-Al Binary Alloys. Modares Mechanical Engineering. 2010;10(1):103–109 (In Persian).
