Join the conversation: Materials science and electron microscopy

Whether you’re exploring alternative energy sources, developing stronger, lighter materials, or creating sophisticated nanodevices, electron microscopy, spectroscopy, and microanalysis can provide insight at all scales and modalities to support your materials science research.

No matter your goal, our variety of informational and educational resources on electron microscopy can help you reach your goals.

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Please include your interests so that we can provide you with eBooks, application notes, and other information relevant to you and your research.

Here is an overview of the content you might receive:
Exploring Uncharted Realms with Electron Microscopy Handbook

This downloadable booklet offers an introduction into the history, technology, and instrumentation that make up electron microscopy. Learn how electron and ion beam microscopes work, the results they can produce, and how researchers and scientists are using this data to address some of the greatest challenges of our time.

 Read electron microscopy handbook ›

Brochure: Phenom Desktop SEM for fast, high-quality materials analysis

Discover how Thermo Scientific Phenom Desktop Scanning Electron 
Microscopes (SEMs) enable rapid, high-resolution imaging and analysis directly at your lab or production site. Designed for ease of use and fast time-to-results, Phenom Desktop SEMs combine automated workflows, integrated elemental analysis, and compact designs to deliver reliable insights for quality control, failure analysis, and research applications.

Download brochure ›

eBook: Creating next-generation vehicles with EM and XPS

The automotive industry is constantly evolving, with demands for greater fuel efficiency, lower emissions, higher performance, and enhanced safety. To meet these challenges, manufacturers need detailed analysis, strict process control, and ongoing optimization across the entire product development process.

Download eBook ›

Guide: X-ray photoelectron spectroscopy for surface and interface analysis

Discover the principles, instruments, analytical methods, and real-world applications of X-ray photoelectron spectroscopy (XPS), one of the most powerful techniques for surface characterization. From fundamental theory to advanced depth profiling, multi-technique integration, and industry case studies, this guide provides practical insight into how modern XPS systems enable precise chemical-state analysis, high-resolution imaging, and damage-free profiling of complex materials.

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