New York Society of Cosmetic Chemists’ Post

Are you ready to dive deep into the fundamentals of intrinsic viscosity? Watch our hashtag#webinar: https://buff.ly/3T7Dbff 📅 **What You’ll Learn:** - The core concepts of hashtag#intrinsic hashtag#viscosity - Practical applications and real-world examples - Key techniques for measuring

Are you ready to dive deep into the fundamentals of intrinsic viscosity? Watch our hashtag#webinar: https://buff.ly/3T7Dbff 📅 **What You’ll Learn:** - The core concepts of hashtag#intrinsic hashtag#viscosity - Practical applications and real-world examples - Key techniques for measuring

Going to #SciX2024? Stop by the poster session to learn how #Wiley #SmartSpectra can transform your spectral analysis. #IR #Raman

Do you want a quick peek into our laboratories and a demonstration of a three-point bending test?🔎 NIOM aims to ensure the safe and effective use of biomaterials. We work with all kinds of dental materials, including ceramics, alloys, and polymers. As a polymer chemist, Head of Laboratory, Hilde Molvig Kopperud, has a special interest in resin-based materials. View the video below to learn more 👇 #NIOM #Laboratorium #Science #Biomaterial

Check out our case study to learn how we used mechanistic chromatography modeling to investigate the effect on AAV-resin interactions when using MgCl2 as an elution additive. https://lnkd.in/evpPHPY9 #mechanisticmodeling #chromatography #viralvectors #insilico

🌟 Dive Deep into Advanced Material Characterization with TESCAN! We’re excited to offer another run of our sought-after webinar, featuring a unique blend of recorded and live content, presented by the esteemed Dr. Dean Miller. Explore the cutting-edge of materials science with us! 📅 Date & Time: May 16th, 2024, 9am and 5pm CEST Click Here to Register! https://hubs.la/Q02wkWVv0 Explore Core Topics: High Throughput Milling: Techniques using Xe plasma FIB for processing large cross-sections. Minimizing Damage: Key strategies to reduce sample damage and contamination. Multi-Modal Characterization: Insights into the use of TESCAN AMBER X for comprehensive 2D and 3D analyses. Dr. Dean Miller, our Principal Scientist, applies his extensive research in electronic oxides and advanced battery materials to guide you through these complex topics. Join us to push the boundaries of your knowledge! 🔗 Register Now! https://hubs.la/Q02wkWVv0 Hashtags: #TESCANWebinar #AdvancedMaterials #PlasmaFIBSEM #ScientificWebinar #TechTalk

Stop by Workshop T15 on March 25, 2024, for a session on GWP: Good Weighing Practices- A Science-Based Approach to Balance and Scale Metrology. Discuss the many challenges faced by the measurement industry with our expert Ian Ciesniewski. Learn how our mass comparators can bring the highest weight calibration accuracy to your lab! #metrology #measurement # #weighcalibration #weighing https://okt.to/er8cp4

https://lnkd.in/eH658bUS 📢 I am happy to share that our latest paper, "Development of a New Modeling Framework to Describe Sterile Filtration of mRNA-Lipid Nanoparticles," has been published in the Journal of Membrane Science! This study presents the #first quantitative analysis of the #fouling behavior during #sterile #filtration of #mRNA-LNPs under both constant TMP and constant flux operations. 1️⃣ The flux decline data during #constant #TMP #filtration were effectively described using the #classical complete pore blockage #model, with a notable decrease in the rate of pore blockage as TMP increased. 2️⃣ The fouling behavior during #constant #flux #filtration, which is more complex, led us to develop a new modified version of the complete pore blockage model. This model incorporates #both the instantaneous #TMP and the #TMP #gradient (dP/dv), making it the #first to explicitly include the TMP gradient in the fundamental expression for the rate of fouling. The new fouling model features three fitted parameters: Parameters a and b describe the rate of pore blockage dependence on TMP, evaluated from constant TMP experiments. Parameter c1 describes the dependence on the TMP gradient, derived from constant flux experiments. This model's versatility is evidenced by its applicability across a 20-fold range of TMP and a 30-fold range of filtrate flux, underscoring its broad utility in various operating conditions. A heartfelt acknowledgment to our collaborators, Jack Kramarczyk and Anton Zverev whose contributions were invaluable, and to my advisor, Andrew Zydney, for his continuous support and guidance throughout my academic journey. #Filtration #mRNA #LNP #Modeling #FoulingBehavior https://lnkd.in/eFDFamFh https://lnkd.in/e5TZHBKn

Check out this awesome talk by Manav Bhati if you are interested in computational modeling of elastomers!