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Explore expert-led webinars on failure analysis, interfaces, thin films, and more. Learn how leading R&D teams use advanced analytical techniques to solve real-world engineering problems.
60 mins
Join this webinar to learn what underlying physical properties of battery materials inform the stability and performance of assembled cells, and how these properties are measured. This session is specifically designed for professionals, researchers, and tech enthusiasts interested in the cutting-edge of battery research. We’ll overview a variety of analytical solutions developed for testing and…
45 mins
Covalent offers end-to-end testing of battery materials and assembled cells, and we'll be walking audiences through a robust suite of techniques for characterizing physical and chemical changes that occur in battery components over their lifetime. Join in to learn what underlying properties are affected as batteries age and hear about Covalent's many techniques to facilitate…
59 mins
This webinar introduces the high-speed, high-resolution imaging capabilties of cyberTECHNOLOGIES’ CT300 profilometer, which facilitates non-destructive, non-contact surface profiling of up to full 300-mm wafers with a vertical resolution < 5 nm. If those numbers seem unreal, they’re certainly unprecedented. Join us in the live webinar event for a look ‘under-the-hood' into this Swiss army knife…
50 mins
Photo-induced Force Microscopy (PiFM) is a new-age analytical technique that revolutionizes Atomic Force Microscopy (AFM) with chemical mapping capabilities. This groundbreaking technology is orders of magnitude more sensitive and precise than FTIR yet maintains comparable spatial resolutions to other advanced AFM modes. These combined features make PiFM a powerful complement to other surface analytical techniques, giving researchers…
In this webinar event, guest speaker Dr. Thomas Luxbacher, Principal Scientist in Surface Charge Analysis at Anton Paar, will explore the complementarity of solid- and solution-state zeta potential measurements. His talk will take you through classical and contemporary applications of these techniques, showcasing their reciprocal insights. Through this series of case studies, you’ll learn how…
Nanoscale Secondary Ion Mass Spectroscopy (NanoSIMS) is a unique analytical method which combines the extremely high sensitivity and mass resolution of SIMS with an improved optical design that facilitates high lateral resolution (as low as 50 nm): up to 50 times greater than conventional SIMS. This facilitates targeting of microscopic grains and structures in materials…