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Low energy microanalysis requires improvement in hardware: windowless, improved sensitivity, improved energy resolution. It also requires improved software for deconvolution..
In this webinar we will discuss how a broad range of forensic trace evidence analyses can be performed in a scanning electron microscope (SEM) equipped with analytical systems.
This webinar describes the benefits of Aztec Layerprobe to quickly characterize thin film stacks using EDS on your existing SEM. Layerprobe allows the user to achieve fast and accurate results on films as thin as 2 nm.
Oxford Instruments has recently released AZtecCrystal to couple with AZtec EBSD acquisition software. This webinar will give existing and perspective customers a chance to see the software interface and processing capabilities.
This webinar will highlight examples of fast, integrated EBSD and EDS analysis from a range of ore-bearing samples including chromite-bearing pyroxenites from the Bushveld igneous complex in South Africa, the world's largest reserve of platinum group metals and gold placer deposits from Scotland.
In this webinar we will be discussing microscopy art, how EDS can be used to provide striking and informative images about biological samples and how they have used this technique to explore the topic of air pollution as part of an ongoing collaborative project spanning both art and science.
This webinar will address a variety of applications including failure analysis, quality control and routine materials characterisation using our new Xplore system combined with AZtecLive. This new system has incorporated technology usually only found in high-end systems, in order to make accurate, fast and even live EDS analysis accessible to all users.
Learn how to overcome challenges of in-situ heating experiments for EBSD & how the heating-rate effects the temperature recrystallisation mechanism. Explore how fast & sensitive CMOS EBSD allows the effect of cooling rates on nucleation of the room temperature phase to be measured.
Discover the challenges of biological applications of Energy Dispersive X-Ray Spectroscopy (EDS), recognising issues related to specimen preparation and providing information on sample preparation methods and imaging conditions to maximise results, as well as covering the use of EDS in identification and imaging of cell ultrastructure.
This webinar will discuss the extent of the capabilities of the Table-Top Scanning Electron Microscope (TTM) combined with Energy Dispersive X-ray Spectroscopy (EDS) for quick, easy and repeatable compositional analysis and materials characterisation.
Learn the complementary potential of analytical scanning electron microscopy (SEM) for fast and precise elemental characterisation of ultrastructural features in biological samples, without the need for specific labelling.
Learn how to characterise Li-based phases for next generation battery development using Scanning Electron Microscopy (SEM) combined with Energy Dispersive Spectroscopy (EDS) and Electron Backscatter Diffraction (EBSD). In the webinar, learn how you can monitor materials quality throughout the production process and investigate failure mechanisms and develop solutions.
Find out how electron microscopy can be combined with light and scanning-probe microscopy analyses on the identical positions in order to investigate structure-property relationships in optoelectronic devices and how all parts of a Li-ion battery can be characterised.
Semiconductor failure analysis requires painstaking detective work to understand the source of failures so that they can be removed from volume production. Discover how Oxford Instruments solutions can enable you to overcome these and other challenges.
Introducing the Oxford Instruments CMOS-based EBSD detector range and discussing the technological benefits of CMOS sensors compared to traditional charge coupled device (CCD) devices.
Discover how AZtecLive can radically change the way you approach sample investigation in the electron microscope. Using different application examples and demonstrating results achieved in a fraction of the time.
This webinar will discuss the effect of detector design on solid angle, and how these designs can be optimised to maximise solid angle for a number of different applications in the TEM. We will focus on the key characterisation abilities of new detectors for in situ experiments.
The automated acquisition and classification of linked morphology and chemistry data from particles, grains, inclusions or other features is vital in many fields. Discover why AZtecFeature is the fastest and most accurate feature analysis tool available.
Learn how scanning electron microscopy (SEM) can help characterise airborne particulate matter and how this information is used and interpreted.
Learn how the combination of EDS & EBSD on an electron microscope can be applied to the characterisation of materials ensuring manufacturing and product reliablity.
This webinar will cover the use of the SEM with AZtecGSR for Gunshot Residue Analysis. This technique is fast and accurate: it gives reproducible results to ASTM E1588 - 16 & 17. AZtecGSR combines ease of use through its guided workflow, with the ultimate accuracy using the latest Ultim Max detectors and Tru-Q algorithms.
Examine the role of electron microscopy as a powerful tool within the 3D printing process, See how to control the cleanliness of powder feedstock using automated particle classification with EDS as well as ensuring the quality of finished components using microstructural characterisation with EBSD.
En este seminario web vamos a entrar en más detalles sobre cómo hemos incorporado la tecnología que normalmente sólo se encuentra en los sistemas de alto rendimiento, en nuestro nuevo sistema Xplore, con el fin de hacer que el análisis EDS preciso, rápido e incluso análisis en vivo sea accesible para todos los usuarios.
Este webinario cubrirá el uso del Microscopio Electrónico de Barrido (SEM) con el AZtecGSR para el análisis de residuos de disparos. Esta técnica es rápida y precisa, da resultados reproducibles a la norma ASTM E1588 – 16 - 17. AZtecGSR combina la facilidad de uso a través de su flujo de trabajo, guiado con la máxima precisión, utilizando los último en tecnología de detectores Ultim Max y algoritmos Tru-Q
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