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Materials science is an interdisciplinary field involving the diverse properties of matter and their applications in science and engineering. Analyzing materials and exploiting their properties is one of the big challenges in this field, along with understanding materials fundamentally so new materials with the desired properties can be created.
As the physical and chemical properties of the material surfaces play an important role in many applications, the Phenom desktop scanning electron microscopes focus on surface- and interface-related processes and their investigation.
The Phenom SEM has proven to be a reliable tool for observing and analyzing surfaces, compounds and particles. It can be used for quality insurance during production to element analysis of compounds after processing and even to the analysis of particle shapes.
"Our recent product release came to market 8x faster than before, thanks to the real time data acquisition and elemental analysis of the Phenom ProX with EDS."
Learn more"The Phenom was bought initially to support the nano-fibers project, but today is used in multiple fields. This has proven to be very successful."
Learn more“We enjoyed a great advantage having the Phenom and Fibermetric software in one place which allows us to obtain complete sample information in one session.”
Learn moreIt was the resolution and magnification that were the most important features for us. In addition, using the elemental analysis we can determine ...
Learn moreThis case study explains how the Phenom ProX allows researchers to investigate various plastic materials without extensive sample preparations.
Learn more"Thanks to Phenom, we have been able to conduct analyses in greater detail and identify increased concentrations of carbon or iron with similar nodular defects"
Learn more“The Phenom desktop SEM is technically superior to other desktop SEMs.”
Learn moreSEMs with a BSD can provide compositional information, so that ceramics can be optimized for mechanical properties and product performance. Discover how here.
Learn moreApp note on non-wovens. The complexity of non-woven fibrous materials mandates the use of multiple analytical techniques for their full characterization.
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