This review presents the historical temporal evolution of an atom-probe tomograph (APT)
from its genesis (1973) from field-ion microscope images of individual tungsten atoms …

The refinement and thermal stability of intermediate theta-prime (θ′) precipitates are critical
in the development of new high strength 2xxx series aluminium-copper (Al-Cu) alloys for …

The three-dimensional (3D) atom-probe technique produces a reconstruction of the
elemental chemical identities and three-dimensional positions of atoms field evaporated …

Abstract Twenty-one< 110> symmetric tilt grain boundaries (GB's) are investigated with
atomistic simulations, using an embedded-atom method (EAM) potential for a low stacking …

Atom-probe tomography, transmission electron microscopy, X-ray diffraction and first-
principles calculations are employed to study:(i) compositional evolution of GPII zones and …

▪ Abstract Lattice statics (0 K) and Monte Carlo (Metropolis algorithm) simulation are utilized
to determine equilibrium and metastable structures of 21 [110] symmetric tilt boundaries …

Three-dimensional atom probe analysis is employed to characterize the Sc segregation at
θ′/α-Al interfaces in Al–2.5 wt.% Cu–0.3 wt.% Sc alloys aged at 473, 523 and 573K …

Nanoscale co-precipitation in a novel high-strength low-carbon steel is studied in detail after
isothermal aging. Atom-probe tomography is utilized to quantify the co-precipitation of co …

Precipitation-strengthening at ambient and high temperatures is examined in Al-0.5 Mn-0.3
Si (at.%) alloys with and without 0.02 at.% Sn micro-additions. Isochronal aging experiments …

Monte-Carlo simulations are done to determine Mg enrichment at various grain-boundaries
of Al–10% Mg alloys at hot working temperatures. The interatomic potentials used in the …