Entwicklung von Niedertemperatur-Hydridlegierungen höherer Speicherdichte

• Forschungsstelle: BFE
• Projektnummer: 15591

Schlüsselwörter (Deutsch)

TP0065;F-Industrielle Solarenergienutzung

Kurzbeschreibung (Deutsch)

Entwicklung von Niedertemperatur-Hydridlegierungen höherer Speicherdichte

Publikationen / Ergebnisse (Englisch)

Zugehörige Dokumente

• Comparison of the electrochemical- and gas phase hydrogen sorption process [PDF] 401 kB
• Hydriding properties of Ce(Mn, Al)2 and Ce(Fe, Al)2 intermetallic compounds [PDF] 294 kB
• CeMnAlHx, a new metal hydride [PDF] 318 kB
• The influence of hydrogen on the growth of yttrium on Ni(001) and Ni(110) [PDF] 232 kB
• On the possibility of metal hydride formation: Part 2: geometric considerations [PDF] 558 kB
• Structural and hydriding properties of (Mg1-xAlx)Ni-H(D) with amorphous or CsCl-type cubic structure (X= 0-0.5) [PDF] 346 kB
• Mg composites for hydrogen storage: the dependence of hydriding properties on composition [PDF] 275 kB
• Electrochemical storage of hydrogen in nanotube materials [PDF] 185 kB
• In situ STM investigation of metal hydride electrodes in alkaline electrolyte during electrochemical cycles [PDF] 198 kB
• Bulk and surface properties of crystalline and amorphous Zr36(V0.33Ni0.66)64 alloy as active electrode material [PDF] 316 kB
• ZrV1.5Ni1.5 as electrode material in nickel-metal hydride batteries: an in situ scanning tunnelling microscopy investigation [PDF] 415 kB