Electrochemical Performance of LiFePO4 Batteries made with Carbon Nanofibers Hamzah Khan San Francisco State University introduction Results Methods results.

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Presentation transcript:

Electrochemical Performance of LiFePO4 Batteries made with Carbon Nanofibers Hamzah Khan San Francisco State University introduction Results Methods results Discharge Profile: Cyclability: conclusion No discharge capacity improvement at 0.1C Excellent rate performance at extremely high C- Rate Improved Cyclability at 5C C-Rate Performance: Methods Future work Fabrication Process: Slurry making Coating Cutting cathode Assembly Testing Data Analysis Fabricate more batteries to verify observations Perform Cyclic Voltammetry Measurement Start looking into modeling our experimental results Acknowledgements Financial support from the REU Site in Physics at Howard University NSF Award PHY 1659224 is gratefully acknowledged Dr. Quinton Williams Adewale Adepoju