The B2 compound FeAl has attracted considerable attention in the past 20 years as a
candidate material for structural applications both in hostile environments and at …

Iron aluminide, FeAl, has been widely studied because of its excellent high temperature
oxidation and corrosion properties. At high temperatures, FeAl generates a large number of …

Point defect hardening in binary B2 intermetallic compounds with the anti-structure defect
structure (FeCo and AuZn) and the triple defect structure (NiAl, FeAl, and CoAl) was …

The concentrations of various atomic defects are calculated within the framework of a grand
canonical formalism for the ordered compound FexAl1− x with B2 structure as functions of …

High-field 57 Fe Mössbauer investigations up to 13.5 T on a series of Fe x Al 1− x alloys
around x= 0.5 and magnetic measurements on a 51.8% sample are performed between 4.2 …

Ordering and phase separation in α-Fe alloys of the Fe–Al–Ti system have been
investigated by differential scanning calorimetry (DSC), transmission electron microscopy …

By means of a generalized grandcanonical approach the relations between the effective
formation energies, entropies and volumes of atomic defects in ordered compounds and the …

A novel approach was used to characterize the site occupancies and point defect
concentrations in the B2-ordered (Ni, Fe) Al single phase field over a wide range of …

Absolute vacancy concentrations in FeAl and FeSi alloys are being determined by
measuring simultaneously the relative changes in macroscopic length ΔL/L and X-ray lattice …

Positron annihilation as well as differential dilatometric measurements were performed to
measure the vacancy concentration in FeAl and FeSi. The highest vacancy concentration is …