Kinetics of Hydrogen Agglomeration in Aluminium and its Alloys During the Surface Reaction with Water Vapour*

Articles in the same Issue

1. Interaction of Hydrogen with Metal Surfaces*
2. The Rate-Limiting Step in the Kinetics of H₂ Adsorption on Ni(l,0,0)*
3. H₂ Absorption Rate of Titanium Films Contaminated with Increasing Amounts of N₂, H₂O, CO, CO₂, CH₄ and SO₂*
4. Effects of O₂ and H₂O Preadsorptions on the H₂ Absorption by La*
5. Effect of Hydrogen on the Sintering of Pt-Black Catalyst and on its Activity in Skeletal Hydrocarbon Reactions*
6. Investigations of Lattice Defects of Metals with Dissolved Hydrogen by the Field Ion Microscope*
7. Metal Hydrides as Precursors for the Generation of Supported Metal Particles and Alkali Metal Whiskers*
8. Hydrogen Segregation to Grain Boundaries and External Surfaces*
9. In Situ SIMS Measurements on Vanadium During Deuterium Loading*
10. Cu Precipitations at the Surface of Crystalline Cu — Zr Alloys after Annealing in Hydrogen*
11. The H — D Isotope Exchange Reaction on ZrMn₂H_x*
12. Use of Laser-Raman Spectroscopy for Studies of Hydrogen Isotope Exchange over Metals*
13. Low Temperature Surface Phenomena During Palladium Hydride Formation and Decomposition*
14. Heat Induced Surface Modifications Affecting Initial Hydriding Kinetics in Uranium*
15. Surface Studies of Some Hydrogen Storage Materials*
16. Surface Properties of Chemically Prepared MmNi₅*
17. Hydrogen from Water Vapor on a Ce-Pd Interface*
18. Kinetics of Hydrogen Agglomeration in Aluminium and its Alloys During the Surface Reaction with Water Vapour*
19. The Hydriding Kinetics of U, Th, Y, La, Ce, Nd and Gd*
20. Hydrogen Sorption Kinetics of LaNi₅H_x and MmNi_4.15Fe_0.85H_x*
21. Hydrogenation Characteristics of LaNi_4.7Al_0.3—H in α and α + β Phases*
22. Kinetics of the Isothermal Decomposition of Lanthanum Nickel Hydride*
23. The Effect of Metal Atom Substitution on the Reaction Kinetics of LaNi₅—H*
24. Kinetics and Mechanism of Titanium Hydride Formation*
25. Thermodynamics and Kinetics of the H/Mg System at Low Pressures and Temperatures*
26. Unusual Kinetics of Hydride Formation in Mg/Pd Sandwiches, Studied by Hydrogen Profiling and Quartz Crystal Microbalance Measurements*
27. Hydriding Kinetics of Mixtures Containing Some 3d-Transition Metal Oxides and Magnesium*
28. Hydriding Kinetics and the Problem of Thermal Transfer*
29. Current Problems in the Development and Application of Hydrogen Storage Materials*
30. On the Disproportionation of Intermetallic Hydrides*
31. Thermal Desorption Study of LaNi₅ Degraded by Pressure Cycling*
32. Development of New Mischmetal — Nickel Hydrogen Storage Alloys According to the Specific Requirements of Different Applications*
33. The Cycling Behavior of Multi-Component Mischmetal — Nickel Hydrogen Storage Alloys on Cycling with Industrial Hydrogen*
34. Hydriding and Dehydriding Properties of LaNi₅ Thin Films*
35. The Cyclic Life Tests of Mg — Ni Hydrogen Absorbing Alloys*
36. Reaction of β-Titanium Alloys with Hydrogen*
37. Thermal Desorption of Hydrogen from FeTi_1.14O_0.03*
38. A Study on the Hydriding Kinetic Mechanism after Thermally Induced Degradation of FeTi*
39. Cyclic Hydrogen Sorption Stability of TiFe_0.8Ni_0.2H_x Metal Hydride*
40. Hysteresis in the Zr(Fe_xCr_1−x)₂ — H Systems*
41. Hydrogen Isotopes in Pure and Nitrided ZrCo*
42. Hydrogenation Behaviour of Some Magnesium-Based Intermetallics in the Temperature Range of 500 to 800 K*
43. Vacuum Sintered Porous Metal Hydride Compacts*
44. Permeability and Mechanical Stability of PMH Compacts*
45. Metal Hydride Storages*
46. Solar Energy Storage by Metal Hydride*
47. Hydrogen Storage in Rare Earth Intermetallic Compounds by the Use of Chemical Hydrogen Carriers*
48. Efficient Photoassisted Hydrogen Storage in Rare Earth Intermetallic Compounds by the Use of Chemical Hydrogen Carriers*
49. Microencapsulation and Compaction of Hydrogen Storage Alloy*
50. Heat Transfer and Kinetics of a Metal Hydride Reactor*
51. Enhancing the Rate of Hydriding in Uranium Beds*
52. Continuous Absorption of Hydrogen in Metal Hydride Slurries*
53. Hydrogen Purification with Metal Hydride Slurries: An Industrial Approach*
54. Recovery of Efficacy-Lost LaNi₅ by Chemical Preparation Method*
55. Reactivation of CeMM Tritium Getter-Beds Passivated by Carbon Monoxide*
56. Results of a Test Fleet with Metal Hydride Motor Cars*
57. Energy Conversion Systems Using Metal Hydrides*
58. Optimization of a Hydrogen Heat Pump*
59. Dynamic Pressure-Concentration-Isotherms and their Impact on Metal Hydride Machine Design*
60. The Magnesium Hydride System for Heat Storage and Cooling*
61. Development of High Pressure Metal Hydrides for a Compressor*
62. Characterization of the Reversibility of TiNiH_x Electrodes*
63. Electrochemical Properties of Zirconium — Nickel Alloy Hydrides and their Interaction with Hydrazine*
64. Effects of Oxidation Treatment of Ti — Zr — Ni Hydride Electrodes Containing Zr₇Ni₁₀ Phase on Their Electrochemical Properties*
65. Demonstration of a Novel Composite Solid/Liquid/Solid Electrolyte Configuration for Hydrogen-Related Applications*
66. Thin Film Preparation of Hydrogen Storage Alloys by RF-Sputtering and Electrochemical Measurements of Their Hydrogen Storage Properties*
67. Metal Hydride Electrodes Compacted with Organic Compounds*
68. Bulk Modulus of Titanium Hydride and Scandium Deuteride: Experiment and Theory*
69. Elastic Eigenvalues in a Thin Isotropic M — H System
70. Micro-Structural Effects and Degree of Degradation in Hydrogen-Metastable Austenitic Steels Systems*
71. Investigations of Hardness, Internal Friction and Brittleness of Zirconium Hydride*
72. Optical Properties of NiH*
73. Graphite Intercalation Compounds with Alkali Metals Hydrides*
74. Hydrogen Permeation in 304 and 316 Steels: Transport Mechanisms in Oxide Layers*