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Effect of sintering procedures in development of LicoO_2-cathodes for the molten carbonate fuel cell

机译:烧结工艺对熔融碳酸盐燃料电池LicoO_2正极发展的影响

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摘要

LiCoO_2-powder was synthesized from carbonate precursors by calcination in air. Greentapes were tape-cast usint a non-aqueous slurry and 10 μm plastic spheres as pore formers. Sintering was carried out in air at 850-950deg.c and in argon/air at 500/750deg.c The two sintering procedures led to very different sub-micron morpholoies, with the primary particles being much smallyer in the latter case.
机译:通过在空气中煅烧由碳酸酯前体合成LiCoO_2-粉末。用非水浆料和10μm塑料球作为成孔剂,用胶带将生带浇铸。烧结在850-950℃的空气中和在氩气/ 500/750℃的空气中进行。这两种烧结过程导致了非常不同的亚微米形态,在后一种情况下,初级粒子要小得多。

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