A Practical Guide to Battery Characterization
Sep 17, 2026
Battery performance is shaped by materials at every stage. When a material, component, or cell behaves differently than expected, characterization can help reveal why.
The Battery Scientist’s Characterization Toolkit explores analytical workflows for active materials, electrodes, electrolytes, separators, complete cells, and failure analysis.
What You Will Learn
- How techniques including XRD, SEM, EDS, Raman, GC-MS, NMR, EIS, FTIR, micro-CT, and SAM support battery development
- How to connect chemistry, structure, morphology, porosity, and interfaces with battery performance
- How complementary methods can identify degradation and manufacturing issues
- How non-destructive inspection and targeted teardown work together during failure analysis
Whether you are developing new materials, qualifying suppliers, improving manufacturing processes, or investigating a failed cell, this guide will help you identify the right analytical approach.
Get the 24-Page Guide
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