1. Introduction: Conductive Additives—The “Invisible Bridge” in Lithium Batteries In lithium battery electrodes, conductive additives and binders are mixed to form a c…
Abstract Separator ionic conductivity controls Li⁺ transport between electrodes and therefore strongly affects power, rate capability and ageing in lithium-ion cells. This study u…
1. Preface Electrolyte is the core part of lithium-ion battery research and development, which is not only an important medium to ensure ion transmission, but also an important fo…
1. Composite Fluid Technology Background Composite current collector is a “sandwich” structure, the inner polymer polymer layer (such as PET, PP or PI), both sides of the metal co…
1. Preface In this paper, we explore the correlation between electrolyte wettability and electrode tortuosity by testing the tortuosity and wetting rate of electrodes with differe…
1. Preface The degree of electrolyte wetting is one of the key factors affecting the performance of lithium-ion batteries such as kinetics, cycle life, and safety and reliability,…
Abstract Electrode tortuosity is a key microstructural parameter that controls ionic transport in porous electrodes and therefore strongly influences battery rate capability. This…
1. Preface As a carrier for conducting electrons and carrying active materials inside the lithium-ion battery, the collector plays an important role in the final performance of th…
1. Preface The electrode resistance represents the electronic conductivity of the electrode, and this parameter is closely related to the compaction density, porosity, and formula…
1. Introduction The electrode sheet plays a critical role in lithium-ion battery production, directly influencing battery stability, safety, and performance. Evaluating electrode …
Please fill out the form below and we will contact you asap!
