Young Yun’s Post

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/2LFie1 #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/xuRbrC #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/S9hTnB #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/cOVRuU #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/1gdjJw #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Battery technology lies at the heart of the transition to sustainable energy and continues to develop at a rapid pace. The quest for ever higher energy densities requires optimization of current and next gen cell designs at the microscopic and macroscopic level. X-Ray Microscopy (XRM) can help you in this pursuit, as it provides a 3D internal view of precursor materials, individual battery cell components and assembled battery cells at both levels without the need for physical sectioning. The example below illustrates the power of XRM for visualizing and analyzing a CAM foil with our 3D.SUITE software. Discover all the Clean Energy Applications of XRM in our brand-new flyer: https://okt.to/SNGq40 #BrukerAXS #XRM #BatteryResearch #CleanEnergy

Applied Analytics Register Today: Live Fundamentals of Spectroscopy Webinar Join us on Thursday, October 10th at 1pm (EST) for an introduction to the fundamentals of spectroscopy.   In this information packed session, you’ll learn more about: - Light and optics - Molecules and bonding - Ultraviolet-visible spectroscopy - Infrared spectroscopy - Spectrometer technology The session will end with a Q&A section to address any remaining questions that you may have about spectroscopy or the technology that makes it possible. Don’t miss out on this opportunity! Be sure to register today to reserve your spot!   Click the link to register. https://lnkd.in/eCY_mdwn #AppliedAnalyticsInc #Spectroscopy #Webinar #Technology #Ultraviolet #UV #Analyzer #OnlineAnalyzers Or scan the QR code to register. 

Expansion #Microscopy #ExM has proven to be a popular method for #SuperResolution #Imaging, but existing protocols are generally long and intensive. Preprint research introduces BOOST, an ExM variant that uses microwave exposure to significantly accelerate key steps in the process, demonstrated for single-step 10X linear expansion of large millimeter-scale specimens in ~3 hours. Click to learn more: https://bit.ly/4ddvmMw

Struggling with low throughput and time-consuming workflows in electron microscopy? You're not alone. Traditional EM techniques often require heavy manual intervention, slowing down research and limiting sample size. With FAST-EM, those limitations are a thing of the past. This fully automated, high-throughput system offers 100x faster imaging, allowing you to capture more data in less time without compromising on quality. Want to learn how sample preparation fits into this groundbreaking process? Download our latest white paper to discover more - https://bit.ly/4eESNiS #ElectronMicroscopy #FASTEM #LifeSciences #Automation #HighThroughput #SamplePreparation #Innovation

With the introduction of the NanoSight Pro, Malvern Panalytical provides the best in class, simple and rapid NTA solution for nano- and biomaterials characterization. The combination of advanced engineering and a blend of smart features assures NTA measurements are efficient, quick, and accessible to all users. Powered by machine learning, NS Xplorer software enables automated measurements, removes subjectivity, and provides the highest quality size and concentration data for both, the #LightScatter and #Fluorescence analysis. Interchangeable lasers allow application flexibility, whilst Smart Manager connection assures robustness without a worry for quality issues or downtime. Learn more: https://bit.ly/3wSwDJB #MalvernPanalytical #mygulfscientific #gulfscientificcorporation