Tuesday, June 7, 2011
Ontario Exhibit Hall (Detroit Marriott Hotel at the Renaissance Center )
Deactivation mechanism of a reforming catalyst by electrolyte in a direct fuel cell (DFC) is related to catalyst composition, surface acidity, and pore structures. This study helps to design and synthesize poison resistance catalyst. It will increase DFC stack performance and longevity by improved thermal management.
Extended Abstracts:
- Abstract-2011-JWang.pdf (123.6KB) - Extended Abstract
See more of: Tuesday Poster Session: Environmental Protection
See more of: Catalysis, Materials, and Reaction Engineering for Environmental Protection
See more of: Catalysis, Materials, and Reaction Engineering for Environmental Protection
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