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For our last newsletter of the year, we bring you SEM and EDS in a single instrument, quantitative analysis for fuels, and software for battery characterization. We look forward to seeing you in 2023! |
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Phenom ParticleX Desktop SEM for technical cleanliness: Enabling chemical classification of small particles With the growing demand for analysis of smaller particles beyond the scope of light microscopy, the Thermo Scientific™ Phenom™ ParticleX TC (Technical Cleanliness) Desktop SEM enables automated scanning electron microscopy (SEM) with energy dispersive X-ray spectroscopy (EDS). EDS is a major advantage over light microscopy because it enables chemical classification of particles, providing greater insights into your production processes and environments. |
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Increased elemental analysis sensitivity and safety for the petroleum industry Fuels can contain various undesirable elements such as sulfur, vanadium, or nickel, which can be severely detrimental if they remain in the end product. Thermo Scientific™ XRF instruments can be used to screen crudes and refined oil to guarantee optimal product quality and regulatory compliance. The Thermo Scientific™ PetroilQuant™ Calibration Package is a comprehensive analytical package specifically designed for this challenge. The PetroilQuant Package facilitates quantitative analysis for up to 30 elements in automotive fuels, lubricants, heavy residual oils, and wear metals in oils. Designed to work with a WDXRF spectrometer, the PetroilQuant Calibration Package is a cost-effective solution for any laboratory dealing with petroleum products. |
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Watch on demand: Characterization of batteries and energy storage materials Do you need to better understand the properties of your batteries and energy storage materials more quickly? Thermo Scientific™ Avizo™ Software is an analytical software solution that provides accurate fully or semi-automated imaging across multiple modalities from a single interface. Watch this webinar to learn how to: • | Use one package to consistently visualize and analyze battery samples using 2D and 3D acquisition techniques | • | Identify and measure complex features in electrode materials and entire cells with high accuracy | • | Design and encapsulate battery analysis workflows into easy-to-use recipes for non-experts in image processing |
Watch now › |
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Service and support for your materials research Your groundbreaking research and analysis demand not just the industry’s best electron microscopes but also the expertise and support to help you get the most from your instrument. By integrating digital and connected elements with hands-on expert care, our service offerings can help you improve the speed and reliability of your workflow and optimize the performance of your system to achieve faster time to data. |
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See what's new on our blog Whether it is art restoration, better batteries, or microplastics in water, this blog and new LinkedIn page feature the latest and greatest for analyzing and making better materials for everyday products. We focus on spectroscopy and structural techniques that can help scientists answer the questions that enable breakthrough discoveries in life sciences, materials science, and industry. |
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