|
K. B. Kalmykov, N. E. Dmitrieva, S. F. Dunaev, D. M. Kondratiev
Phase
equilibria in the Al–Ni–Cu–Zr system At 1123 K and more than 30 atomic percent
of zirconium
Abstract
By using of the X-ray analysis, the X-ray microanalysis, the scanning
electron microscopy and the differential scanning calorimetry the phase
equilibria in the quaternary Al–Ni–Cu–Zr system at 1123 K and zirconium
concentrations more than 30 at.% were determined. The area of existence of the
four-component liquid phase with melting point 1110 K, at concentrations of
copper and zirconium 15.1 and 58.0 at.% respectively was detected in the
system. The content of other components vary in 13,4–19,5 Al and 7,4–13,5 at.%
Ni. Firstly the existence of seven four phase equilibria was determined
experimentally.
Key words: phase
equilibria , X-ray microanalysis , X-ray analysis , bulk amorphous materials.
Copyright (C) Chemistry Dept., Moscow State University, 2002
|
|
