An Analysis of Diffusion Models of Hydrogen in Solid Solution Alloys of fcc and bcc Lattice Structures

Articles in the same Issue

1. The Crystal Structure of High-Pressure Hydrides
2. New Phase Transitions in Hydrides of the I-A, III-A, and IV-A Group Metals*
3. Interatomic Potentials and Lattice Distortions in PdD_0.8*
4. Some More Recently Investigated Facets of Structural Changes and Phase Relationships in the Palladium-Hydrogen System*
5. Hydrogen Overpotentials on Metal Surfaces
6. Hydrogen Diffusion into Palladium Alloy Tubes
7. Surface Hydrides on Palladium
8. The Solubility of Hydrogen in Lithium-Sodium Systems*
9. A Microcomputer-Controlled Apparatus for Measuring Thermal Absorption or Desorption of Hydrogen from Milligram Samples*
10. On Equilibrium in the Zirconium-Hydrogen System*
11. Structural, Thermal and Electrical Properties Indicating Covalent Bonding in Mg₂NiH₄*
12. Computer Experiments on the Thermodynamic Properties of the Primary Solid Solutions of the Group VB Metal-Hydrogen Systems*
13. Statistical Mechanics of Dilute Palladium-Boron-Hydrogen Solutions*
14. Statistical Thermodynamic Aspects of Hydrogen in Metals*
15. An Analysis of Diffusion Models of Hydrogen in Solid Solution Alloys of fcc and bcc Lattice Structures
16. A Model of Hydrogen Diffusion in some Ordered Alloys
17. The Influence of Experimental Conditions upon the Measurements of Hydrogen Diffusion in Palladium by Electrochemical Permeation Methods*
18. Diffusivity and Solubility of Hydrogen in Polymeric Membranes Measured by Non-Equilibrium Stripping Potentiostatic Methods*
19. Transport Coefficients and Energetics of Hydrogen in Palladium
20. Hydrogen Trapping During Cathodic Charging of Iron*
21. Evaluation of Hydrogen Diffusivity in Mild Steel from Electropermeation Transients: Galvanostatic Mode of Charging*
22. Hydrogen Trapping Phenomena in Metals with bcc and fcc Crystal Structures by Thermal Analysis Technique*