Accelerating Microscopy Blog | Thermo Fisher Scientific

This map shows an oxide inclusion comprised of calcium aluminate liquid phase (purple) and crystals of solid magnesium oxide (green).

Producing Clean Steel Using ColorSEM

As worldwide demand for high-quality steel continues, it&rsq... by Roger Maddalena / 04.17.2020

$A fracture within a parts component shown at two scales using Maps Software. Maps Software makes it easy to align and correlate data among different images so information can be examined at different scales.$

Using Maps to Improve Additive Manufacturing

Additive manufacturing (AM) is revolutionizing how materials... by Eric Goergen / 03.30.2020

A geologic sample merging data from SEM-EDS, EDS, and a standalone Raman microscope. Maps software makes it easy to combine all of your imagery into a single environment for simultaneous viewing and interpretation.

Maps Software Transforms Data Analysis for Materials Scientists

To fully characterize their materials, today’s materia... by Eric Goergen / 03.26.2020

The Phenom XL G2 Desktop SEM offers a versatile solution for automating the quality control process.

New Phenom XL G2 Desktop SEM Improves Quality Control with Advan...

Over the years, scanning electron microscopes (SEMs) have se... by Alexander Bouman / 03.23.2020

Cryo-EM Used in Novel Coronavirus Research to Support Vaccine, T...

As the global community works to contain the spread of the c... by Leah Lavery / 03.12.2020

Researchers Uncover New Details Behind Alzheimer’s Using Cryo-...

Tau protein is associated with causing Alzheimer’s and oth... by Steve Reyntjens / 02.11.2020

Expert Sample Preparation Techniques for SEMs

When using a scanning electron microscope (SEM) for the firs... by Erik Luyk / 01.16.2020

Cross-section view of an electron column with a schematic view of the source assembly

Five Reasons to Choose an CeB6 vs. a Tungsten Electron Source

Considering a desktop scanning electron microscope (SEM)? If... by Erik Luyk / 01.09.2020

Two photos with very different depths of fields. (Left) A close-up of a flower – when the picture is taken from a short distance, the background will be blurred. (Right) A landscape picture – the longer distance increases the depth of field from a few centimeters to several kilometers.

Optimizing the Depth of Field in an SEM

When it comes to “depth of field” in a scanning ... by Erik Luyk / 01.02.2020

(Left) Charging effect on a non-conductive sample. (Right) Backscatter electron detector imaging of this sample after 10 nm gold coating is applied.

Sputter Coating for SEM: How This Sample Preparation Technique A...

Scanning electron microscopes (SEMs) are versatile tools tha... by Erik Luyk / 12.26.2019

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