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Pile à combustible

Pile à combustible. Principe de fonctionnement. C A T H O D E. A N O D E. C A T H O D E. A N O D E. ELECTROLYTE. Catalyseur. C A T H O D E. A N O D E. ELECTROLYTE. Hydrogène. Catalyseur. H2. Air. Azote + Oxygène. C A T H O D E. A N O D E.

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Pile à combustible

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  1. Pile à combustible Principe de fonctionnement

  2. C A T H O D E A N O D E

  3. C A T H O D E A N O D E ELECTROLYTE Catalyseur

  4. C A T H O D E A N O D E ELECTROLYTE Hydrogène Catalyseur H2

  5. Air Azote + Oxygène C A T H O D E A N O D E ELECTROLYTE Hydrogène Catalyseur H2

  6. M Air Azote + Oxygène C A T H O D E A N O D E ELECTROLYTE Hydrogène Catalyseur H2

  7. H+ H+ H2 H2 2 H+ + 2 e- M Air Azote + Oxygène e- e- C A T H O D E A N O D E ELECTROLYTE Hydrogène Catalyseur H2

  8. O2 H+ H+ H2 H2 2 H+ + 2 e- M Air Azote + Oxygène e- e- C A T H O D E A N O D E ELECTROLYTE Hydrogène Catalyseur H2

  9. H+ H+ H2 H2 2 H+ + 2 e- O2 + 4 H+ + 4 e- 2 H2O M Air e- Azote + Oxygène e- C A T H O D E A N O D E ELECTROLYTE Hydrogène Catalyseur H2 Eau + Azote

  10. H2 H2 2 H+ + 2 e- O2 + 4 H+ + 4 e- 2 H2O M Air e- Azote + Oxygène e- C A T H O D E A N O D E ELECTROLYTE Hydrogène Catalyseur H2 Eau + Azote

  11. Ce diaporama vous a été présenté par Joachim Leflamand Guillaume Preto Et Julien Li Yung Hsiang

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