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• W2408994889 abstract "One of the main goals in lithium ion battery electrode design is to increase the power density. This requires insight in the relation between the complex heterogeneous microstructure existing of active material, conductive additive and electrolyte providing the required electronic and Li-ion transport. FIB-SEM is used to determine the three phase 3D morphology, and Li-ion concentration profiles obtained with Neutron Depth Profiling (NDP) are compared for two cases, conventional LiFePO4 electrodes and better performing carbonate templated LiFePO4 electrodes. This provides detailed understanding of the impact of key parameters such as the tortuosity for electron and Li-ion transport though the electrodes. The created hierarchical pore network of the templated electrodes, containing micron sized pores, appears to be effective only at high rate charge where electrolyte depletion is hindering fast discharge. Surprisingly the carbonate templating method results in a better electronic conductive CB network, enhancing the activity of LiFePO4 near the electrolyte-electrode interface as directly observed with NDP, which in a large part is responsible for the improved rate performance both during charge and discharge. The results demonstrate that standard electrodes have a far from optimal charge transport network and that significantly improved electrode performance should be possible by engineering the microstructure." @default.
• W2408994889 created "2016-06-24" @default.
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• W2408994889 date "2016-08-01" @default.
• W2408994889 modified "2023-09-27" @default.
• W2408994889 title "Relating the 3D electrode morphology to Li-ion battery performance; a case for LiFePO 4" @default.
• W2408994889 cites W1718078787 @default.
• W2408994889 cites W1962338779 @default.
• W2408994889 cites W1964763774 @default.
• W2408994889 cites W1969767076 @default.
• W2408994889 cites W1972443732 @default.
• W2408994889 cites W1974541490 @default.
• W2408994889 cites W1978402441 @default.
• W2408994889 cites W1982381330 @default.
• W2408994889 cites W1983099616 @default.
• W2408994889 cites W1988544928 @default.
• W2408994889 cites W1991931670 @default.
• W2408994889 cites W1993276453 @default.
• W2408994889 cites W2001508976 @default.
• W2408994889 cites W2004051802 @default.
• W2408994889 cites W2010251226 @default.
• W2408994889 cites W2013280482 @default.
• W2408994889 cites W2019418666 @default.
• W2408994889 cites W2033295255 @default.
• W2408994889 cites W2035789569 @default.
• W2408994889 cites W2036905790 @default.
• W2408994889 cites W2037648570 @default.
• W2408994889 cites W2040922456 @default.
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• W2408994889 cites W2056419752 @default.
• W2408994889 cites W2059370550 @default.
• W2408994889 cites W2062148593 @default.
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• W2408994889 cites W2074289163 @default.
• W2408994889 cites W2076282900 @default.
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• W2408994889 cites W2082914270 @default.
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• W2408994889 cites W2088519148 @default.
• W2408994889 cites W2092203636 @default.
• W2408994889 cites W2093488049 @default.
• W2408994889 cites W2100517157 @default.
• W2408994889 cites W2108133228 @default.
• W2408994889 cites W2113141455 @default.
• W2408994889 cites W2117162595 @default.
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• W2408994889 cites W2133059825 @default.
• W2408994889 cites W2133685507 @default.
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• W2408994889 cites W2297863318 @default.
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• W2408994889 doi "https://doi.org/10.1016/j.jpowsour.2016.05.097" @default.
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