Electrode Characterization Case

1. Preface In this paper, the electrode resistance method is used to evaluate the effects of the conductive agent content and the compaction density on the electronic conductivity of the…

1. Preface Lithium-ion (Li-ion) batteries have become one of the main energy storage solutions for the consumer, power and energy storage markets due to their long cycle life and high…

This article discusses a new method for evaluating electrolyte performance in lithium-ion batteries, focusing on the correlation between electrolyte rate performance and electrode sheet tortuosity by introducing electrode sheet tortuosity…

1. Preface Copper foil and aluminum foil are used as the current collector of lithium ion battery electrodes, which can conduct electrons and carry active materials. The chemical and electrochemical…

1. Author Information and Article Abstract In 2018, the Antje Schilling team proposed a new in situ X-ray device for observing the electrolyte filling and infiltration process in the injection…

1. Preface This paper adopts the Battery Electrode Resistance Tester(BER2500) to test the electrical conductivity of graphite electrodes under different compaction densities, i.e., different roll pressures. At the same time, the…

1. Preface In the process of electrode sheets electronic testing, in order to control the quality of the electrode coating more finely, we often hope that the tested resistance value…

1. Preface This paper compares the effects of flat-compaction and roller pressing on the compaction density and resistivity of the graphite electrode to provide reference data for battery designers. Battery…

1. Preface As one of the crucial components of lithium-ion batteries, the separator directly affects key performance indicators such as current, capacity, and cycle life [1]. The separator should possess…