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The goal of this work is to investigate, by means of experimentation and modeling, volumetrically efficient conductive carbon additives in primary alkaline battery cathodes based on electrolytic manganese dioxide (EMD). Understanding carbon additive behavior can lead to optimization of electrode performance under desired rates of discharge. For instance, a combination of different morphology carbon additives may be used to produce a battery with better performance through more effective pathways for electrons and ions in the microstructure [1].

3D Model and Experiments for Understanding Carbon Additive Behavior in Primary Alkaline Cells