Philosophical magazine · 1963 · 90 citations · 2 references
Natural SciencesMaterials ScienceInorganic ChemistryNuclear ChemistryRadiation TransportDiffusion In SolidsSolid-state DiffusionDiffusion BehaviorDiffusion CoefficientsDiffusion In CrystalsDiffusion In Polycrystalline SolidsDiffusion MechanismsSelf-diffusionSelf-diffusion In SolidsTemperature Dependence Of Diffusion
Abstract The radioactive isotope 99Mo has been used to study self-diffusion in polycrystalline and single crystal specimens of molybdenum in the temperature range 1850 to 2350°c. Diffusion zone analysis was carried out by serial sectioning with a lathe and γ-ray activity measurements with a scintillation counter. The two kinds of specimen gave similar results, diffusion coefficients in the polycrystalline material are expressed by D=0•5 exp(-96•9/RT), and in the single crystals by D=0•1 exp (—92•2/RT).
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Theory of <i>Do</i> for Atomic Diffusion in Metals
Clarence Zener · Journal of Applied Physics · 1951 · 453 citations
Tracer diffusion in niobium and molybdenum
R. F. Peart, D. Graham, D. H. Tomlin · Acta Metallurgica · 1962 · 53 citations
Natural Sciences, Materials Engineering, Materials Science +10