storage media / chemical hydrogen storage system models / hydrogen storage media / slurry exothermic media / increased energy efficiency / onboard automotive hydrogen storage systems / chemical hydrogen storage material properties / chemical hydrogen storage materials / chemical hydrogen storage system design / storage systems / metal hydrides / gas phase impurities / automotive chemical hydrogen storage system / onboard fluid-phase chemical hydrogen storage system / power rate law / mathematical models / slurry endothermic media / fluid-phase chemical hydrogen storage media / silicon oil / candidate hydrogen storage media / chemical reactor / chemical hydrogen storage media / liquid exothermic media / on-board automotive applications / /
Organization
Hydrogen Storage Engineering Center of Excellence / G FY / /
Person
Troy A. Semelsberger / Brian Rekken / Jesse Adams / Ben Davis / Jose I. Tafoya / Ned Stetson / / /
Position
Principal Investigator / Speaker / system designer / RT / /
IV.B.4 Chemical Hydride Rate Modeling, Validation, and System Demonstration Technical Barriers Troy A. Semelsberger (Principal Investigator), Biswajit Paik, Brian Rekken, Ben Davis, and