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Modeling and Experimental Validation in the Development of Chemical Hydrogen Storage Materials for Automotive Applications(PPT)

机译:汽车应用化学储氢材料开发中的建模与实验验证(PPT)

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1. High H2 content of Chemical Hydrogen Storage Materials makes them attractive 2. The HSECoE developed an approach that helps materials developers determine if their chemical hydrogen storage materials will meet the DOE Technical Targets by 2.1 Developing a generic system design that includes component mass and volume (including BOP) 2.2 Establishing ranges of chemical parameters anticipated to meet targets based on the generic system design 2.3 Building a system model that can evaluate the performance of a chemical hydrogen materials in an automotive application 2.4 Validating the system design and model with experimental work 3. Meeting all of the DOE Technical Targets will be extremely challenging
机译:1.高H2含量的化学储氢材料使它们具有吸引力2. HSECOE开发了一种帮助材料开发人员确定其化学储氢材料是否会使DOE技术目标符合2.1开发包括组件质量和体积的通用系统设计。 (包括BOP)2.2建立了预期的化学参数范围,以满足基于通用系统设计的目标2.3建立一个系统模型,可以评估汽车应用中的化学氢材质的性能2.4验证系统设计和模型与实验工作3 。满足所有DOE技术目标将极具挑战性

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