Advancing Materials | Thermo Fisher Scientific

Analysis of a copper-nickel-zinc (Cu-Ni-Zn) alloy precursor. Using black-and-white images produced by an SEM (left), it’s difficult to identify different materials—especially when there are only small differences in backscattered contrast. By contrast, the ColorSEM image (right) presents each element as a different color, making it easy to distinguish all the materials in the sample. In a point-and-ID workflow, this is crucial information in order to select the relevant spots for further analysis.

Why Is Microanalysis So Slow?

SEM EDS Microanalysis Today’s academic labs analyze materi... by Ernst Jan Vesseur / 10.06.2020

Plastic Particles Found on Beach

Confronting the Massive Problem of Plastics in our Oceans

The extent of plastic pollution Almost 2500 miles from Calif... Carl D. Millholland by / 10.01.2020

Semiconductor

Ultra-High Purity (UHP) Electronic Gas Analyzers in Semiconducto...

In recent years, the growth of the semiconductor industry gl... by Fraulein Moey / 09.29.2020

As universities continue to grow, academic labs will be required to accommodate an increasing number of new SEM researchers who need to be productive with minimal training.

Four Factors Academic Labs Should Consider Before Investing in a...

A scanning electron microscope (SEM) is a major investment, ... by Ernst Jan Vesseur / 09.22.2020

Closeup of pipette dropping sample onto the Nanodrop One Pedestal

Protein Quantification with UV-Vis Spectrophotometry

Molecular biology quality control Protein quantitation is a ... by Patrick Brown / 09.17.2020

Plastic Packaging on the Shelf

Developing Plastic Packaging that Kills COVID-19 Virus

COVID-19 transmission We know that the COVID-19 virus spread... by Steve Post / 09.10.2020

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