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Seeing Beyond Electrochemical Characterization

Learn More About The Advanced Microscopy Solutions Driving the Future of Battery Research
Cross-section of lithium ion battery containing NCM cathode.
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Microscopic investigation of unused pouch cell type lithium-ion battery

The analysis correlates light and scanning electron microscopy.

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Battery Cathode Image Under ZEISS Gemini SEM.

Learn About The Future Of Battery Research

Using Advanced Microscopy Workflows

Lithium-ion batteries have revolutionized how the materials researchers' community thinks about electric energy storage across many sectors and have enabled the rapid growth of entirely new technologies and sectors – from electric vehicles to mobile electronics, personal mobility, grid-level electricity storage, and more.

Battery performance, however, must continue to improve in order to enable a shift away from fossil fuels and into a clean energy future. But pushing performance beyond the state of the art will require new architectures, new materials, and a detailed understanding of how these things work together.

In this webinar you will learn how advanced microscopy workflows utilizing recently developed instruments and capabilities allow researchers to see microstructural and chemical details inside batteries with unprecedented clarity and precision.

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Lithium-Ion Battery Cathodes Under ZEISS Microscopes

  • Lithium ion battery cathode, EDS compositional mapping, main constituents of the different oxides.

    Courtesy of T. Bernthaler, Materials Research Institute Aalen, Germany.

  • Lithium ion battery cathode, no beam damage of sensitive binder material, at 500 V.

    Sample: courtesy of T. Bernthaler, Materials Research Institute Aalen, Germany.

  • Particles of cathode material of a lithium ion battery. Overlay of SEM image and Raman mapping, field of view 46.219 µm, SE detector, ZEISS FE-SEM.
Seeing Beyond Electrochemical Characterization

Learn More About The Advanced Microscopy Solutions Driving the Future of Battery Research

Key learning objectives

  1. Learn how researchers are able to see microstructural and chemical details inside batteries with unprecedented clarity and precision.
  2. Learn about cutting edge microscopy technology for battery research
  3. Discover how researchers are using this technology in the field  

Who should attend?

  1. Materials scientists interested in the future of battery technology
  2. Core facility managers of microscopy centers
  3. Scientists or research professionals in materials science, semiconductor/electronics, life sciences, academia, government or industry, PhD students, and researchers

Stephen graduated from Stanford University in 2009, finished his PostDocs at John Hopkins University In 2010 & Lawrence Berkeley National Laboratory In 2014. He now serves as the market solutions manager of energy materials at ZEISS Microscopy.

Your Presenter For Today: Stephen T. Kelly, Ph.D. Sector Manager - Energy Materials ZEISS Research Microscopy Solutions

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