A. Foreman

发表

The molecular dynamics simulation of irradiation damage cascades in copper using a many-body potential

C. English, W. Phythian, A. Foreman, 1992 .

The theory of irradiation creep in reactor graphite—The dislocation pinning-unpinning model

B. Kelly, A. Foreman, 1973 .

The direct recombination of interstitial atoms and vacancies in an irradiation damage cascade

A. Foreman, 1974 .

A mechanism for the sweeping-up of loops by glide dislocations during deformation

A. Foreman, J. V. Sharp, 1969 .

The diffusion of point defects to the foil surface during irradiation damage experiments in the high voltage electron microscope

A. Foreman, 1972 .

The TEM contrast of faceted voids

D. Saldin, A. Foreman, H. Harrach, 1982 .

ANHARMONIC SPECIFIC HEAT OF SOLIDS

A. Foreman, 1962 .

Dislocation energies in anisotropic crystals

A. Foreman, 1955 .

Anisotropic diffusion of self-interstitials in zirconium

R. J. McElroy, J. Evans, A. Foreman, 1989 .

The role of vacancies and dislocations in the nucleation and growth of gas bubbles in irradiated fissile material

G. W. Greenwood, D. Rimmer, A. Foreman, 1959 .

Factors Controlling Dislocation Widths

M. A. Jaswon, A. Foreman, J. K. Wood, 1951 .

The bowing of a dislocation segment

A. J. E. Foreman, A. Foreman, 1967 .

Temper Embrittlement, Irradiation Induced Phosphorus Segregation and Implications for Post-Irradiation Annealing of Reactor Pressure Vessels

Phn Ray, C. English, I. Vatter, 1999 .

The Structure and Hardening Mechanism of Copper Precipitation in Thermally Aged or Irradiated Fe-Cu and Fe-Cu-Ni Model Alloys

Kevin J. Roberts, S. Pizzini, M. G. Hetherington, 1992 .

Elastic relaxation at a vacancy in solid argon

A. Foreman, 1963 .

Junction reaction hardening by dislocation loops

A. Foreman, 1968 .

Cascade Stability and Cavity Nucleation

A. Foreman, B. Singh, 1988 .

Production bias and void swelling in the transient regime under cascade damage conditions

A. Foreman, B. Singh, 1992 .

Some implications of anisotropic self-interstitial diffusion on void swelling in metals

J. Evans, A. Foreman, 1985 .

XI. Dislocation energies and choice of slip plane in face-centred cubic metals

A. Foreman, W. Lomer, 1955 .

Relative role of gas generation and displacement rates in cavity nucleation and growth

A. Foreman, B. Singh, 1984 .

An assessment of void nucleation by gas atoms during irradiation

A. Foreman, B. Singh, 1981 .

The role of collision cascades and helium atoms in cavity nucleation

A. Foreman, B. Singh, 1990 .

Molecular dynamics calculations of displacement threshold energies and replacement collision sequences in copper using a many-body potential

C. English, W. Phythian, A. Foreman, 1992 .

Bubble nucleation in grain interior and its influence on helium accumulation at grain boundaries

A. Foreman, B. Singh, 1985 .

Lattice Vibrations and Harmonic Forces in Solids

A. Foreman, W. Lomer, 1957 .

XVI. The Non-Hookean interaction of a dislocation with a lattice inhomogeneity

M. A. Jaswon, A. Foreman, 1952 .

Summary of a theory for void nucleation during irradiation in terms of brownian motion of vacancy-gas atoms

A. Foreman, B. N. Singh, 1975 .

Errors in the determination of void volumes by transmission electron microscopy

A. Foreman, H. Harrach, 1980 .

The spatial distribution of irradiation damage spots

F. Minter, A. Foreman, 1969 .

Displacement Cascades in Metals

D. Bacon, A. Foreman, M. Jenkins, 1992 .

Calculations o the rate of swelling of gas bubbles in uranium

A. Foreman, 1956 .

Thermal excitation of electrons in energetic displacement cascades.

M. Finnis, Finnis, Agnew, 1991, Physical review. B, Condensed matter.