In this study, the multi-component slurry containing an active material and a conductive agent used for the cathode of lithium-ion secondary battery was evaluated by varying the stirring conditions of the conductive agent. In addition, the effect of particle assembling state of conductive agent on the electrode microstructure was investigated by measuring electrode density and volume resistivity. As a result, it was found that the particles of the conductive agent formed a structure with proper strength and recovery speed in the slurry, which not only improved the electrode density by intercalating the particles of the conductive agent between the active material particles, but also reduced the volume resistivity by forming an effective con...
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