Self-diffusion in tungstenMundy, J. N.; Rothman, S. J.; Lam, N. Q.; Hoff, H. A.; Nowicki, L. J. · Physical Review B · 1978

Diffusion of Zinc in LithiumJ. N. Mundy; A. Ott; L. Löwenberg; A. Lodding · 1969

Diffusion Mechanism in F.C.C. MetalsJ. N. Mundy · 1987

alloys after electron irradiation at 6 KDworschak, F.; Mundy, J. N. · Physical Review B · 1981

ASHP Statement on the Roles of Pharmacy TechniciansSchultz, J. M.; Jeter, C. K.; Keresztes, J. M.; Martin, N. M.; Mundy, T. K.; Reichard, J. S.; Van Cura, J. D. · American Journal of Health-System Pharmacy · 2016

An apparatus for microsectioning diffusion samples by sputteringJ. N. Mundy · 1983

Breast cancer, melanoma and myeloma cells induce generalized bone lossJ.R. Edwards⁎; J. Fowler; N. Ruppender; J. Sterling; S. Lwin; J. Johnson; C. Edwards; G. Mundy · 2010

Temperature-dependent interatomic forcesSutton, A. P. · Philosophical Magazine A · 1989

Fundamentals of fractureRoberts, Steve · Philosophical Magazine A · 2002

Ion transport in ceramicsMatzke, Hj. · Philosophical Magazine A · 1991

Compression testing of quasicrystalline materialsKang, Song Seng; Dubois, Jean Marie · Philosophical Magazine A · 1992

Why diamond is very hardGilman, John J. · Philosophical Magazine A · 2002

Nucleation under time-dependent supersaturationTrinkaus, H.; Yoo, M. H. · Philosophical Magazine A · 1987

Local atomic arrangements in polytetrahedral materialsBorodin, V. A. · Philosophical Magazine A · 1999

The generalized Peierls–Nabarro modelSchoeck, G. · Philosophical Magazine A · 1994