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Showing 1 to 8 of 8 for “"Hydrogen Release"”.

  1. Developing Core-Shell Borohydride Nanoarchitectures and Understanding their Structure-Hydrogen Release/Uptake Relationships

    … biggest challenges of implementing the future hydrogen (H2) economy is H2 storage with high density, compactness, and safety. Borohydrides have been extensively investigated as promising candidates for H2 storage; however, the high thermodynamic stability, sluggish H2 release kinetics, and …

    unsw Repository record for Developing Core-Shell Borohydride Nanoarchitectures and Understanding their Structure-Hydrogen Release/Uptake Relationships (opens in a new tab)

  2. The Development of New Routes to Half-Sandwich Metallatricarbadecaborane Complexes, Triflate-Functionalized Polyboranes and Carboranes, and Ammonia Borane Hydrogen Release

    … and (3) to investigate metal-catalyzed hydrogen release from ammonia borane in ionic liquids. The major achievements are outlined below. Chapter 1 describes the synthesis and structural characterization of the first series of group 9 tricarbadecaboranyl half-sandwich complexes. The …

    penn Repository record for The Development of New Routes to Half-Sandwich Metallatricarbadecaborane Complexes, Triflate-Functionalized Polyboranes and Carboranes, and Ammonia Borane Hydrogen Release (opens in a new tab)

  3. Thermodynamic properties of metal hydride nanostructures

    Hydrogen is considered a good energy carrier candidate for future automotive applications because of its high abundance and its potential role in a carbon-free cycle. The high gravimetric and volumetric storage capacities of metal hydrides make them ideal hydrogen carriers if the limitations …

    mit Repository record for Thermodynamic properties of metal hydride nanostructures (opens in a new tab)

  4. Risk and safety assessment of an alkaline electrolyser system for green hydrogen production

    Green hydrogen produced through electrolysis offers a sustainable alternative as a clean fuel, playing a crucial role in the global shift towards decarbonization. As green hydrogen production scales up, safety of hydrogen technologies becomes critical to both public trust and sustainable …

    stellenbosch Repository record for Risk and safety assessment of an alkaline electrolyser system for green hydrogen production (opens in a new tab)

  5. Development of a Hydrogen Producing Thermal Control for Chemical Hydrogen Storage

    … thesis investigated a potential improvement to hydrogen storage for fuel cells using a thermally efficient hydrogen storage method. The efficiency of the storage system was improved using a metal hydride system to act as a thermal control unit for an exothermic chemical hydrogen storage system. …

    queens Repository record for Development of a Hydrogen Producing Thermal Control for Chemical Hydrogen Storage (opens in a new tab)

  6. Effect of microstructural constituents on hydrogen diffusion in multiphase alloys

    … is a strong link between microstructure and hydrogen diffusion and embrittlement in all metallic systems, the correlation between the two is poorly documented. It is, however, sorely needed as the current research shows that by quantifying the type and density of defects along with their …

    cambridge Repository record for Effect of microstructural constituents on hydrogen diffusion in multiphase alloys (opens in a new tab)

  7. BRIDGING EXPERIMENT AND THEORY IN PORPHYRIN CHEMISTRY: DEVELOPING MATERIALS FOR SENSING, OPTICAL, AND CATALYTIC TECHNOLOGIES

    … the hydrolysis of ammonia borane (AB) aimed at hydrogen production. After optimizing the synthetic routes for all Rh–porphyrin complexes, we performed extensive spectroscopic characterization and assessed their catalytic performance in collaboration with Prof. Villa at the University of Milan. …

    milano Repository record for BRIDGING EXPERIMENT AND THEORY IN PORPHYRIN CHEMISTRY: DEVELOPING MATERIALS FOR SENSING, OPTICAL, AND CATALYTIC TECHNOLOGIES (opens in a new tab)