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High Speed Milling for Rapid Cross-Section Polishing

Applying high speed milling for rapid cross-section polishing can reduce preparation time and improve SEM, EDS, and EBSD analytical performance.

Where Do Silicon Drift Detectors Fit into EDS?

Silicon drift detectors (SDDs) fit into energy dispersive spectroscopy (EDS) by enabling high count rates, low noise, improved energy resolution, and energy mapping.

What Is Surface Analysis?

Surface analysis is an analytical technique to elucidate elemental composition, chemical state, and micro structure from material surface layer (several nm to several µｍ). As phenomena such as corrosion, wear, adhesion, and reactions that impact performance and reliability occur primarily on the surface, surface analysis is vital for material evaluation, quality control, and failure analysis.

When to Choose EDS Analysis Over EELS?

Picking either EDS analysis or EELS for your research is a hard decision. Our article delivers insights on both techniques. Study it and make your choice!

A Quick Guide to EDS Elemental Analysis

Energy Dispersive X-ray Spectroscopy (EDS) elemental analysis can deliver insights on the make-up of an element. Read our guide to learn about it.

How to Decipher an SEM-EDS Spectrum

The SEM-EDS spectrum will help you to learn about the elements that are in your materials. Find out how to interpret this spectrum in our article.

Why Use EDS Analysis for Li-Ion Batteries?

Discover the importance of EDS analysis in optimizing Li-ion batteries. Learn about non-destructive analysis, high spectral resolution, and more.

Key Benefits of Air-Isolation for Electron Microscopy

Air-isolation is used to protect electron microscopy against the effects of vibrations, maintaining its performance and high-resolution. Learn more here!