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A dual-mode rechargeable lithium–bromine/oxygen fuel cell

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Academic year: 2021

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Figure

Figure    1.    (a)    Exploded    view    of    the    hybrid-­‐electrolyte    fuel    cell
Figure   3.   Charging   performance   of   the   fuel   cell   for   three   different   catholytes   at    the    flow    rate    of    1ml/(min⋅cm 2 )
Figure    4.    Dual-­‐mode    operations    under    constant    voltages    with    DI    water,    sea    water   and   high-­‐power   catholyte   of   0.1M   Br2   in   1M   LiBr   aqueous   solution,   at   the    flow   rate   of   3ml/(min   cm 2 )
Figure   6.   Scanning   electron   microscopy   images   of   the   cross-­‐sections   of   (a-­‐d)   new    and   (e-­‐h)   aged   LISICON   plates

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