X-ray microscopy (XRM) offers long working distances and switchable magnification, facilitating time-resolved volumetric investigation of materials and structures. Examples show how XRM opens new windows into microstructure evolution processes in functional materials such as batteries, in response to charge state, and polymer foams, in response to compression loading.

4D microstructure analysis, functional materials, in-situ imaging, microstructure evolution, X-ray microscopy
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Copyright © ASM International® 2012
2012
ASM International
Topics
Microstructure Batteries Polymer foams Three-dimensional microscopy Resolution
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