Diffusion in the titanium-nickel system: II. calculations of chemical and intrinsic diffusion coefficientsG. F. Bastin; G. D. Rieck · 1974

The calculation of the chemical diffusion coefficient for p-type oxides doped with aliovalent impuritiesF. Gesmundo · 1985

Calculation and simulation of chemical-diffusion coefficients: The inadequacy of the mean-field theoryAtzmon, Michael · Physical Review Letters · 1990

Calculation of Tracer and Chemical Diffusion Coefficients in the Intermetallic Compound β-AgMgBelova, Irina V.; Murch, Graeme E. · Defect and Diffusion Forum · 2004

Comment on ‘‘Calculation and simulation of chemical-diffusion coefficients: The inadequacy of the mean-field theory’’Ludwig, Karl F.; Park, Byungwoo · Physical Review Letters · 1992

The calculation of the chemical diffusion coefficient for pure and mixed oxides with a simple defect structure. I. TheoryF. Gesmundo · 1984

Calculation of the Effective Diffusion Coefficients in Drying of Chemical and Mechanical Pretreated Rosehip Fruits (Rosa eglanteria L.) with Selected Mass Transfer ModelsMabellini, Alejandra; Ohaco, Elizabeth; Márquez, Carlos; Lozano, Jorge E.; De Michelis, Antonio · International Journal of Food Engineering · 2013

ErratumY. Niu; F. Gesmundo; F. Viani; W. Wu · 1997

Points to be considered in thermogravimetryH. J. Grabke; W. Auer; M. J. Bennett; F. Bregani; F. Gesmundo; D. J. Hall; D. B. Meadowcroft; S. Mrowec; J. F. Norton; W. J. Quadakkers; S. R. J. Saunders; Z. Zurek · 1993

High-temperature oxidation of copper-manganese alloysP. Nanni; F. Viani; P. Elliott; F. Gesmundo · 1979

Effect of Zn Additions on the Oxidation of Cu–2F. Gao; F. Gesmundo; Y. Niu · 2009

High-temperature sulfidation behavior of Ni-Nb alloysM. F. Chen; D. L. Douglass; F. Gesmundo · 1989

Mathematical Modelling of Alloy OxidationGesmundo, F. · Materials Science Forum · 1997

Oxidation of multicomponent two-phase alloysF. Gesmundo; B. Gleeson · 1995

High temperature oxidation of CoMn alloysF. Gesmundo; P. Nanni; D.P. Whittle · 1979