... measurements revealed that the large amount of total grain boundary area consists of low angle (LAB) and ∑3 coincidence lattice boundaries. This large fraction is probably a chief cause of the observed ductility. intermetallic compounds Ni 3 Al foil cold rolling texture microstructure mechanical...

... titanium aluminides intermetallic compounds Ming Gao [, William Dunfee2, Carl Miller 3, Robert P. Wei4, William Wei 5 T H E R M A L F A T I G U E T E S T I N G SYSTEM FOR THE STUDY OF G A M M A TITANIUM ALUMINIDES IN GASEOUS ENVIRONMENTS R E F E R E N C E : Gao, M., Dunfee, W., Miller, C., Wei, R. E...

... of the crystalline-to-amorphous transformation of the intermetallic compounds Zr 3 (Fe 1-x ,Ni x ), Zr(Fe 1- x ,Cr x ) 2 , Zr 3 Fe, and Zr 1.5 Nb 1.5 Fe, both as second phase precipitates and in bulk form, have been performed using the in situ capabilities of the Argonne facility under a variety of irradiation...

... influenced the uniform corrosion more significantly than the intermediate annealing and the final annealing temperatures. Size distributions of the intermetallic compound precipitates that were observed by means of a scanning electron microscope (SEM) with an image analyzer were examined for a correlation...

...-Fe-Ce alloy is typified by a planar/dendritic microstructure having ultrafine (<200-Å) unidentified intermetallic compounds; the Al-Fe-Ni alloy exhibits a planar/coupled-eutectic/eutectic microstructure. At temperatures up to 350°C (660°F), both alloys show excellent stability, which degrades...

... is discussed, as are its effects on mechanical properties and anisotropy of the alpha zirconium. zirconium texture omega anisotropy yield strength hardness microstructure intermetallic compounds p. D. Kaufmann^ Texture Development and Phase Stability of 0.5Cu-0.5Mo Zirconium During Fabrication...