Solid State Electrolyte: Ionic Conductivity Measurement and Pressure Effects
Abstract Solid state electrolyte ionic conductivity is the key performance parameter determining whether a solid electrolyte…
-
iestinstrument
Blog
A Systematic Guide to Lithium-Ion Battery Failure Analysis: Methods and Instrumentation
Abstract Battery failure analysis is the systematic process of identifying and characterizing the root causes of…
Limiting Factors of Fast Charging Technology and Analysis of Lithium Plating Windows
Abstract The limitations of lithium-ion battery fast charging speed arise from six interacting factors: electrode and…
Stabilizing Lithium Metal Anodes by Leveraging Inherent Stress Variations via an Adaptive Piezoelectric Effect
1. Article Abstract Volume change of lithium metal anodes (LMAs) during plating/stripping produces evolving…
A Method for Rapid Prediction of Cell Lifetime Degradation: Correlating Li Plating and Thickness Expansion
1. Abstract Li plating (lithium metal deposition) is both an accelerator of capacity fade and…
The Effect of Electrolyte Additives on Gas Production and Gas Composition of Cells
1. Preface Electrolyte is one of the four main materials of lithium-ion batteries, known as…
Formation Temperature Effects on SEI Film Composition and Cell Volume Expansion
Abstract Formation temperature is a key process parameter in lithium-ion cell manufacturing that directly controls…
In-Situ Gas Generation Analysis in Lithium Batteries During High-Temperature Storage
Abstract We report an in-situ study of Gas Generation and open-circuit voltage (OCV) behavior for…
Prelithiation Process | Characterization of Gas Production Behavior at Slurry Level for Different Silicon Oxide Materials
1. Background In recent years, people have placed higher and higher requirements on battery life,…
IEST Lithium Battery Electrode Testing Scheme
1. Electrode Uniformity In the manufacturing process of energy storage batteries, the uniformity of lithium…
