F. Fundamentals
F.1. Crystal structures, thermodynamics and phase diagrams
F.2. Catalysis and reaction kinetics
F.3. Diffusion and transport phenomena
F.4. Surface and interface effects
F.5. Physical properties
F.6. Material synthesis, characterization and theory
F.7. Isotope (H, D and T) effects
F.8. Extreme conditions: high pressure, high temperature hydrides
M. Materials
M.1. Metallic hydrides
M.2. Ionic and complex hydrides
M.3. Chemical and organic hydrides
M.4. Nanoporous materials
A. Applications
A.1. Hydrogen storage systems
A.2. Large scale storage and transport of hydrogen
A.3. Electrochemical applications: batteries and fuel cells
A.4. Hydrogen production and purification: solid state diffusion and porous systems
A.5. Effects of hydrogen on structural and containment materials
A.6. Other applications of hydrogen systems : detection, compression, thermal storage…