BMW / ABC / Daimler / Tandem Accelerator Laboratory / Hydrogen AB / Lawrence Livermore Laboratory / /
Country
U.S . S .R. / Sweden / Japan / /
Currency
USD / /
Event
Product Issues / Man-Made Disaster / /
Facility
Tandem Accelerator Laboratory / Musashi Institute of Technology / University of Uppsala / BMW headquarters / /
IndustryTerm
storage media / chemical systems / energy storage medium / repeated metal absorption/desorption cycles / metal hydride storage tank / free energy change / transportation / chemical equilibrium / estimated processing costs / medium-sized car / magnesium metal / high gas transfer / chemical activity / chemical compounds / pressure gas / metal hydride liquid slurries / transition metal complexes / silicon oil / metal hydride / gas-solid separation problems / energy / metal hydride systems / metal / organotransition metal / gas-solid separation / stationary devices / gas streams / metal matrix / metal phase / magnesium systems / chemical combination / storage systems / chemical equilibrium constant / metal hydrides / organotransition metal catalyst / pure metal interstices / gas-to-water heat exchanger / stainless steel screen arteries / aqueous solutions / aluminum systems / pure metal phase / enhancement devices / windmill-and-hydride energy system / synthesis gas / chemical carrier / /
Organization
Musashi Institute of Technology / DFVLR / Department of Physics / University of Uppsala / /
Person
Shoichi Furuhama / /
Position
Professor / /
Product
hydrogen gas / /
Technology
Heat Transfer / Thermodynamics / artificial intelligence / aimed at improving bed-to-wall heat transfer / /
2.2 Metal Hydride StorageThermodynamics. Associated with absorption or desorption of hydrogen by a metal hydride is a substantial heat which must be rejected or supplied, respectively. The amount of energy is abou