Misfit Dislocations at Metal/Ceramics InterfacesGutekunst, G.; Mayer, J.; RÜHle, M. · MRS Proceedings · 1993

Investigations of the chemistry and bonding at niobiumsapphire interfacesBruley, J.; Brydson, R.; Müllejans, H.; Mayer, J.; Gutekunst, G.; Mader, W.; Knauss, D.; Rühle, M. · Journal of Materials Research · 1994

The niobium/sapphire interface: Structural studies by HREMGutekunst, G.; Mayer, J.; Rühle, M. · Scripta Metallurgica et Materialia · 1994

Atomic structure of misfit dislocations in metal‐ceramic interfacesVitek, V.; Gutekunst, G.; Mayer, J.; Rühle, M. · Philosophical Magazine A · 1995

Atomic structure of epitaxial Nb-Al <sub/>2</sub> O <sub/>3</sub> interfaces II. Misfit dislocationsGutekunst, G.; Mayer, J.; Vitek, V.; Rühle, M. · Philosophical Magazine A · 1997

Atomic Structure of the Interface between Epitaxial Niobium Films and α-Al₂O₃ SubstratesGutekunst, G.; Mayer, J.; Rühle, M. · Materials Science Forum · 1996

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