The Cycling Behavior and Capacity Deterioration Model of Hydride Electrodes in Charging-Discharging Cycling*

Articles in the same Issue

1. Diffusion of Hydrogen in Disordered Alloys*
2. Influence of Microstructure on Short-Range and Long-Range Diffusion Processes of Hydrogen in Transition-Metal Alloys*
3. Computer Simulation of Nuclear Magnetic Relaxation in Disordered Metal — Hydrogen Systems*
4. Small Angle Neutron Scattering Studies of H(D) Trapping on Dislocations in Metals*
5. Zero-Field Muon Depolarisation in Metallic Glass Hydrides*
6. Hydrogen Absorption in Amorphous and Nano-Crystalline FeTi*
7. Diffusion of Hydrogen in Nanocrystalline Fe₉₀Zr₁₀*
8. Hydrogen Diffusion in Amorphous Ni — Nb*
9. NMR Relaxation in the Amorphous Ni_0.33Zr_0.67H_x System*
10. Time Evolution of H-Absorption in Ni — Zr Metallic Glasses*
11. Study of Deuterium Diffusion in Amorphous Zr₃RhD_4.3 by ¹⁸¹Ta Spin Relaxation*
12. Hydrogen Absorption and Hydrogen-Induced Phase-Separation in Amorphous Zr₅₀Ni_50-xCu_x Alloys*
13. PMR Spectrum, Proton Spin Relaxation and Diffusion in Zr_0.5(Cu_xNi_1-x)_0.5H₁ Metallic Glasses*
14. Hydrogen Solubility in NiAl*
15. EXAFS Study of the Aging of LaNi₅ and LaNi_4.5Mn_0.5 Compounds During Tritium Storage*
16. X-Ray Diffraction Study on the Structure of La-Ni-Mg Alloy Glasses and Their Hydrides*
17. Surface Compositions and Hydrogen Storage Properties of La-Ni-Al Alloy Glasses*
18. Electronic Structure of Hydrided La-Ni-Al Alloy Glasses Studied by X-Ray Photoelectron Spectroscopy*
19. The Thermal Stability of Amorphous Hydride Mg₅₀Ni₅₀H₅₄ and Mg₃₀Ni₇₀H₄₅*
20. Three Decades of Intermetallic Hydrides — What happened to the Applications?*
21. Hydriding Properties of Mg-Based Hydrogen Storage Materials Prepared Chemically from a Homogeneous Phase*
22. Hydriding Characteristics of Surface Treated Mg₂Ni at 40°C*
23. Hydrogen Absorption Properties of Pseudo-Binary Alloys Ti_0.8Zr_0.2Mn_1.5M_0.5*
24. Titanium Hydride for High-Temperature Thermal Energy Storage in Solar-Thermal Power Stations*
25. How to Measure Pressure-Concentration-Isotherms Representative for Technical Applications*
26. Study of Heat and Mass Transfer in a Metal — Hydrogen Reactor*
27. Thermodynamic Properties in the Non-Equilibrium LaNi₅ — H₂ System*
28. Heat Transfer in Hydride Packed Beds. II. A New Experimental Technique and Results on LaNi₅ Powder*
29. Heat Transfer in Hydride Packed Beds. III. Significant Interactions Between the Temperature and Composition Gradients*
30. The Development of Refrigeration Systems Using Hydrogen-Absorbing Alloys*
31. Performance Testing of a Vanadium Hydride Compressor*
32. The Properties and Some Applications of the Hydride Hydrogen-Compression Alloy (CaMmCu)(NiAl)₅Zr_0.05*
33. Electrochemical Evaluation of Metal Hydride Electrodes*
34. Non-stoichiometric Hydride-Forming Compounds: An Excellent Combination of Long-term Stability and High Electrocatalytic Activity*
35. Factors in the Electrolytic Sorption of H into Metals and Its Relation to Cathodic Hydrogen Evolution Kinetics*
36. The Cycling Behavior and Capacity Deterioration Model of Hydride Electrodes in Charging-Discharging Cycling*
37. Improved Surface Properties of Zr-M-Ni Hydride Electrodes by Oxidation Treatment*
38. Effects of Oxidation and Hydroxidation on the Activations of LaNi_5-xM_x (M = Al,Mn,Co) Alloys by Hydrogen Gas*
39. Hydrogen Concentration Profiles in Metal Hydride Electrodes During the Discharge Process*
40. Electrochemical Properties of Some Palladium Alloy Hydride Electrodes*
41. Nickel — Metal Hydride Battery*
42. Hydrogen Storage Alloys for Nickel — Metal Hydride Battery*
43. Hydrogen Absorption and Electrode Characteristics of (Ti,Zr) — (Ni,V,X)_2+α Alloys*
44. Effect of Partial Substitution of Nickel in AB₂-Type Zr-Ni Alloys by V, Cr and Mn on the Surface- and Bulk-Properties in View of Battery Applications*
45. Electrochemical Studies of Amorphous Ni₆₄Zr₃₆ Hydride Electrodes*
46. Effect of Silicon on the Properties of AB₅-Based Alloys for Battery Electrode Application*
47. Electrochemical Behaviour of Some Mechanically Alloyed Mg — Ni-Based Amorphous Hydrogen Storage Alloys*
48. Surface Structure of Highly Reactive Hydriding Alloys Produced by Surface Treatment*
49. Hydrogenation of 1-Octene Using α/β LaNi₅H_x as a Catalyst*
50. Hydrogen Release and Behaviour During the Decomposition of Water Vapour by Metallic Getters*
51. Hydrogen Activation and Catalytic Effects of Surface Lanthanides in Hydrogen-Absorbing Lanthanide/3d Transition Metal Compounds*
52. Preparation and Characteristics of Microcrystalline Mg*
53. Preparation of Fine Powder of DyFe₂ Alloy by Hydriding*
54. Powder Metallurgical Processing of Tb_0.27Dy_0.73Fe_2−x(0.5 ≥ x ≥ 0.1) from Fine Hydride Powder*
55. Immobilization of Active Metal Hydride Particles in a Polymer Matrix*
56. Mechanochemical Reaction Between Metals and Liquid Hydrocarbons — New Production Method and Characterization of Metal Hydrides*
57. Radioluminescence Using Metal Tritides*
58. Helium 3 Release from Uranium Tritide*
59. Suppression of ³He Bubble Formation by Impurities in Tritides: Swelling of the Dilute Alloy NbO_0.015 T_0.01−x³He_x*
60. Application of Metal Hydrides in Hydrogen Ion Sources*
61. Oxygen-, Boron- and Nitrogen-Containing Zirconium-Vanadium Alloys as Hydrogen Getters with Enhanced Properties*
62. Ultrasonic Hydrogen Detector*