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How does paper based separators inffluence series resistance of a cell?

Equivalent series resistance

Polysilicon depletion effect

Separator (electricity)

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Paper-based separators in electrochemical cells play a crucial role in influencing the series resistance of the cell. The composition of the paper, such as having aramid fibril and fiber, affects the stability, electrolyte absorption, and ion permeability of the separator, leading to a longer lifetime for the cell. Additionally, separators with cationic starch coatings have been shown to enhance cell performance in storage and testing scenarios. Accurate estimation of series resistance is vital for predicting the maximum output power of the cell, especially under temperature variations. Therefore, the choice of paper-based separators with specific compositions can significantly impact the series resistance of electrochemical cells, influencing their overall efficiency and performance.

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Open access Series resistance in pqlysilic Gran Capitan 01 Jan 1994	Not addressed in the paper.
Patent Coated paper separators for electrolytic cells Christopher Fred Randell, Neal Charles White - Show less +1 more 08 Aug 1997 2 Citations	Not addressed in the paper.
Proceedings Article•DOI Theoretical analysis of the series parasitic resistance in photovoltaic cell Nahla M. Shannan, Nor Zaihar Yahaya, Balbir Singha, Zainal Salam, Khalid Ahmed - Show less +4 more 01 Aug 2017 1 Citations	Not addressed in the paper.
Patent Separator paper for electrochemical cells Chacon Fresia Alvarado, Rooij Ramon Van, Richard Visser, Jan David Tiecken, Frank Diedering - Show less +4 more 28 Aug 2014 6 Citations	Paper-based separators with aramid fibril and fiber composition enhance electrolyte absorption and ion permeability while maintaining stability, reducing series resistance in electrochemical cells, thus improving cell performance.
Patent Paper separators for electrochemical cells Christopher Fred Randell, Neal Charles White - Show less +1 more 08 Nov 1996 13 Citations	Not addressed in the paper.

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