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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

Introducing PACE Tallis, Druck's brand new transfer standard calibrator, boasting market leading precision and long-term stability using Druck’s TERPS resonating silicon technology. The new PACE Tallis is a compact, robust transfer standard, ideal for in-situ testing and interlaboratory comparison. By utilizing Drucks’ TERPS resonant silicon sensor technology, which exhibits market leading metrological characteristics, with specific regard to precision and long term stability, PACE Tallis provides versatility whilst maintaining performance in a wide range of environmental conditions and test media.

The Silicon Carbide webinar series is back! Gain knowledge on basal plane dislocation defects & the impact on device performance with Victor Veliadis from PowerAmerica. Register today >> https://lnkd.in/gP5Tpqba

Silicon slag is a by-product of the production of metallic silicon and ferro silicon. It is usually composed of 45% to 65% silicon and other elements. Silicon slag is the residue left after silicon ore is refined, and the residue also contains a lot of silicon content. Moreover, the uses of silicon slag are also relatively wide. The specifications of silicon slag are also different types, and of course the uses are also different. Silicon slag itself has high utilization value and can be recycled or used as a deoxidizer. Silicon slag can be used instead of ferrosilicon. The price of slicon slag is cheaper than that of ferrosilicon. It can be used in electric furnaces and converters. It has strong deoxidation and desulfurization capabilities. It can effectively improve the fluidity of molten steel, purify molten steel, reduce impurities in steel, and at the same time save production cost. For more product information, you can contact us. 💎Web: https://hsferroalloy.com/ 📧Email: [email protected] 📞Ph: +86 18837209569 #Casting #Metallurgy #Ferroalloy #鋳造 #冶金 #合金鉄 #ferromanganese #ferrosilicon #siliconslagprice #siliconslag #SiBa #CaSi #FeSi #SiMn #FeCr #FeMn #ferroalloys #ferroalloy #steelmaking #steelindustry #foundry #foundries #Simiconductor #chinafactory #chinasupplier #chinamanufacturer #металлическийкальций #кремниевыйкальций #ферросилиц #кремниймарганец, #Металл #лическийкремний #феррохром

Spotlight on Genis Vanheusen and Philippe Vereecken for this recent article in Volume 33 of The Electrochemical Society Interface titled “Electrochemically Induced Templated Sol-gel Deposition of Mesoporous Silica and Nanocomposites: The New Kid on the ECiD Block” where they discuss, ‘A relatively new member of the group of electrochemically induced deposition’! Read today: https://lnkd.in/gn_zQEM9

Join Richardson RFPD and Wolfspeed at our Feb 29 webinar highlighting the benefits of Silicon Carbide in industrial motor drives.

In Chapter 6 of our series, we explore and compare the various sputtering technologies used in producing our premium optical filters. Learn about the respective benefits and drawbacks of magnetron sputtering, ion-assisted E-beam deposition, and resistance evaporation. Andover Corporation COO Mike Tiner explains how these technologies contribute to our manufacturing processes, and how they affect the properties of the finished product. Learn more at: https://lnkd.in/dRUGiZN8

A new discovery by MIT 🤩💥 on stocking of five layers of graphene which exhibits multiferroic properties so . five-layer graphene or similar multiferroic materials into a memory chip, they could, in principle, use the same, low-power electric field to manipulate the material's electrons in two ways rather than one, and effectively double the data that could be stored on a chip compared to conventional multiferroics. 🔥🔥🤜🤛

As scaling requirements push the boundaries of what can be achieved with tungsten, molybdenum emerges as a promising replacement. Our Corporate VP and GM, ALD/CVD Metals Kaihan Ashtiani, Ph.D. explores this major inflection point via Semiconductor Digest, and explains how we help accelerate the transition to moly. https://bit.ly/3LWC7Hj