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Li-Al-CDMO cell

Figure 42. Cell structure of the Li-Al-CDMO cell (ML2430). EC, ethylene carbonate BC, butylene carbonate... Figure 42. Cell structure of the Li-Al-CDMO cell (ML2430). EC, ethylene carbonate BC, butylene carbonate...
Figure 46. Cycling performance of the Li-Al-CDMO cell (ML2430). The number of 100% charge-discharge cycles is calculated until the capacity drops to 100% of the nominal value (end voltage 2.0 V). The number of 5%, 20% and 60% charge-discharge cycles is calculated until an end voltage of 2.0 V. Figure 46. Cycling performance of the Li-Al-CDMO cell (ML2430). The number of 100% charge-discharge cycles is calculated until the capacity drops to 100% of the nominal value (end voltage 2.0 V). The number of 5%, 20% and 60% charge-discharge cycles is calculated until an end voltage of 2.0 V.
Figure 2.48 Storage characteristics of the Li—Al—CDMO cell (ML2430). Figure 2.48 Storage characteristics of the Li—Al—CDMO cell (ML2430).

See other pages where Li-Al-CDMO cell is mentioned: [Pg.608]    [Pg.617]    [Pg.608]    [Pg.617]    [Pg.41]    [Pg.41]    [Pg.58]   


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