Our latest blog tackles six of the most common design challenges for High Voltage power supplies in Mass Spectrometry. https://bit.ly/3tqoaX2 #HighVoltage #MassSpectrometry
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Our latest blog tackles six of the most common design challenges for High Voltage power supplies in Mass Spectrometry. https://bit.ly/3tqoaX2 #HighVoltage #MassSpectrometry
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Our latest blog tackles six of the most common design challenges for High Voltage power supplies in Mass Spectrometry. https://bit.ly/3tqoaX2 #HighVoltage #MassSpectrometry
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Our latest blog tackles six of the most common design challenges for High Voltage power supplies in Mass Spectrometry. https://bit.ly/3tqoaX2 #HighVoltage #MassSpectrometry
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Our latest blog tackles six of the most common design challenges for High Voltage power supplies in Mass Spectrometry. https://bit.ly/3tqoaX2 #HighVoltage #MassSpectrometry
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Today, electronic #balance uses the principle of magnetic force restoration, offering readability up to 0.0001 g. #Bioevopeak makes laboratories smarter and more precise. Take a look: https://lnkd.in/guQ48d2u
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Sputtering technologies such as DC, Pulsed DC, RF, and HiPIMS are widely utilized in industrial coatings. To ensure a successful process development, one must possess knowledge of spatial and temporal profiling of plasma parameters, the impact of ion flux and energies on the substrate, and the ion and neutral ratio or ionization rate. Impedans provides intelligent plasma sensors like Langmuir Probes, Octiv VI Probes, and Ion Energy Analyzers for monitoring intricate plasma processes. Join our Plasma Expert, Thomas Gilmore at the International Conference on Reactive Sputter Deposition 2023 as he shares key insights with real-world data examples that will elevate your understanding of these sputtering technologies. #rfplasma #semiconductors #semiconductorindustry #semiconductormanufacturing #semiconductortechnology #semiconductordevices
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Energy Dispersive X-Ray Spectroscopy at throughputs of up to 1,000 kcps is possible using the latest range of EDS detectors. Our XFlash® 7 detectors contain an ultra-fast processor that allows for precise and reliable element quantification at a high throughput. Read more 👉 https://lnkd.in/dMbhPEGi #BrukerNanoAnalytics #EDS #ElementalAnalysis #ElementalMapping #xflash7 #QUANTAXEDS
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Bruker : Energy Dispersive X-Ray Spectroscopy at throughputs of up to 1,000 kcps
Energy Dispersive X-Ray Spectroscopy at throughputs of up to 1,000 kcps is possible using the latest range of EDS detectors. Our XFlash® 7 detectors contain an ultra-fast processor that allows for precise and reliable element quantification at a high throughput. Read more 👉 https://lnkd.in/dMbhPEGi #BrukerNanoAnalytics #EDS #ElementalAnalysis #ElementalMapping #xflash7 #QUANTAXEDS
Quantitative EDS Analysis at High Throughput
bruker.com
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🔋With #lithium-ion batteries being commonly used in electronic devices and newly developed electric vehicles, the characteristics of the cathode and anode active materials play great importance in the performance of the batteries and are essential to understanding the #ion mobility in the material. During our upcoming webinar, we will present how #Raman spectroscopy can be used for quality control and analysis of #batterymaterials processing. Register here: https://lnkd.in/e5SkNadu
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Sales Executive | Growth & Accountability | Early Adopter of Technology "ChatGPT" | Intensely Competitive
🔋 The Importance of Particle Size Analysis in Lithium-Ion Batteries 🔋 As the demand for portable devices and better power storage continues to grow, so does the need for improved battery technology. One crucial factor that often goes unnoticed is Particle Size Distribution (PSD). 📊 Why is PSD Important? * Particle size influences both the capacity and coulombic efficiency of the battery. * Reducing the PSD increases the specific surface area, thereby increasing reaction rates. * However, it also changes the size of the voids between electrode particles, which can reduce battery capacity. 🔬 The Role of HORIBA LA-960 * This instrument is highly capable of measuring lithium-ion battery material. * It doesn't require large amounts of dilution, ensuring that particle size measurements remain reliable and accurate. 📌 For anyone in the battery technology field, understanding and controlling PSD is key to optimizing performance. 🔗 Find This and More on Labcompare * Interested in learning more about particle size analysis and other cutting-edge technologies? Visit Labcompare for a wealth of information and resources. #BatteryTechnology #ParticleSizeDistribution #LithiumIonBatteries #HORIBALA960 #Innovation #Labcompare
Laser Diffraction Analysis of Lithium Ion Battery Material
labcompare.com
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