Change of Hydrogen Diffusivity with Order-Disorder Transformation in Ni₃Fe, Ni₃Pt, and Ni₃Mn

Artikel in diesem Heft

1. Hydrogen Ordering in Va Transition Metal Hydrides
2. The Systems Vanadium-Hydrogen and Vanadium-Deuterium
3. Structural Transformation correlated with Order-Disorder Transformations of H in NbH Crystals
4. Hydrogen Absorption in the Niobium-Vanadium System *
5. Lattice Parameters of Hydrides and Deuterides of La, Pr, and Nd*
6. The Phase Equilibria of La—H and Sm—H Systems
7. Metal-Hydrogen Systems in the High Pressure Range
8. Nuclear Magnetic Resonance Evidence for the Occurrence of an Ordered Structure in the La—H System Near LaH_2.65 at 250 K
9. Investigation of Hydrogen-Impurity-Complexes in Transition Metals
10. Crystallite Size Effects in the Palladium/Hydrogen System: A Simultaneous Sorption and X-ray Study
11. Anelasticity Due to Long-Range Diffusion
12. Equilibrium H/D Separation Factors in Pd and in Nb
13. On the Isotope Dependence of Hydrogen Diffusion in Metals
14. Isotope Effects for Hydrogen Diffusion in Transition Metals
15. Electrical Resistivity Studies of (Pd₉₅Rh₅)₁H_x
16. Features of Palladium/Hydrogen and Palladium Alloy/Hydrogen Systems as Deduced by Anelastic Measurements
17. Mössbauer Study of the Local Environment of Substitutional Co and Fe Impurities in Hydrogen-Doped Palladium
18. Lattice Dynamical Aspects of H in V, Nb, Ta and Pd
19. Change of Hydrogen Diffusivity with Order-Disorder Transformation in Ni₃Fe, Ni₃Pt, and Ni₃Mn
20. Inelastic Neutron Scattering Measurements of Optical Vibration Frequency Distributions in Hydrogen-Metal Systems
21. The Diffusion of Hydrogen and its Isotopes in BCC Metals*
22. Hysteresis of Pressure — Composition and Electrical Resistance — Composition Relationships of Palladium/Hydrogen and Palladium Alloy/Hydrogen Systems