In this video, we’ll deep-dive with Anton Paar's battery expert Anthony Chalou into how the rheological properties of battery slurries influence the coating process, the structure of the coated layer, and the battery’s electrochemical performance. https://loom.ly/Oyx0TNk
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Discover the longevity of Kern's laser sources! Learn about the impressive lifetime of Kern's laser sources and why they're built to last: https://loom.ly/N2vz4cI
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By harnessing sound, the viscoelastic properties of soft materials at high strain rates (>10^3 1/s) can be decoded based on a modified Rayleigh cavitation bubble collapse time. Welcome to check out our new Phys. Fluids paper (selected as a Featured Article): https://lnkd.in/gXMNmFFA
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🔻 Li-metal batteries can be unstable. Conventional charging leads to formation of dendrites, which can grow from one electrode to another, causing rapid degradation or catastrophic failure. 🔋 The solution is intelligent battery management. Our intelligent battery management system ensures reliable performance and predictable battery health for Li-metal batteries by actively reducing irreversible internal damage. Se the difference yourself in our recorded demo of the internals of a Li-metal Operando cell demonstrating this exact phenomena between conventional charging vs GBatteries approach.
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https://lnkd.in/dCsRs3qN In March of 1844: Michael Faraday’s letter describing his ice pail experiment was published. This famous experiment was to demonstrate the effects of #electrostatic induction.
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Did you miss the Volta Foundation’s recent webinar "Battery Material Performance Enhancer: Atomic Layer Deposition Nanocoatings for Li-Ion Cells" with Forge Nano's VP of Energy Storage Barbara Hughes? Request a PDF of the slides at the link below. During the panel, Dr. Hughes discusses how Forge Nano’s proprietary Atomic Layer Deposition technology, Atomic Armor, optimizes battery materials by applying protective nanocoatings engineered to improve battery product performance and lifetime. The webinar covered Forge Nano’s work on high-nickel NMC, graphite and silicon anodes, and gives a glimpse into the newly formed Forge Battery, which intends to produce cylindrical cells using ALD-coated materials at gigawatt hour scale. https://lnkd.in/g2eNAzku
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The science behind Venturi: With a pressure blower injecting air at high velocity and pressure, the Venturi effect kicks in, inducing airflow upstream. This creates consistent, trouble-free material conveyance with ample velocity in the conveying ducts. Learn more ➡️ https://ow.ly/ujb950RYxGW
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📢 On the market, there are two common lithium-ion batteries: cylindrical cells and prismatic cells. Each type has unique characteristics and is used in various applications with different industry requirements for size, shape, energy density, and performance. The following content will help you learn about these when comparing prismatic vs cylindrical cells. Let’s dive in! 🔗 https://lnkd.in/gfRSuzJj
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🎥 FROM Line2Line Coatings : "Piston Stability -A Key Factor in Ring Seal" Andy Suman and Mark Gelstein, of Line2Line Coatings, and Keith Jones, of Total Seal, joined Jeff Hammond from SiriusXM, Ch. 90, Late Shift, as they discuss the latest advancements in piston ring technology. The session touched on the historical evolution, current applications, and future trends. View the webinar here. https://ow.ly/TzeQ50SuS5s
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good to know the differences between cylindrical cells and prismatic cells
📢 On the market, there are two common lithium-ion batteries: cylindrical cells and prismatic cells. Each type has unique characteristics and is used in various applications with different industry requirements for size, shape, energy density, and performance. The following content will help you learn about these when comparing prismatic vs cylindrical cells. Let’s dive in! 🔗 https://lnkd.in/gfRSuzJj
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