Advion Interchim Scientific’s Post

#NewOffer | Now is available the third edition of the IKA – Laboratory, Analytical and Process Technology Specials on LabFinder. Find the equipment you need for your laboratory:  🔹 Tempering Chambers 🔹 Synthesis Reactors 🔹 Temperature Control Systems 🔹 Vacuum Technology Visit labfinder.ch and find this special offer. #laboratoryequipment #laboratory #labor #lab #laboratuvar #labormarket #supplier #tecnology #tempering #reactors #temperaturemonitoring #temperaturecontrol #vacuum #vacuumtechnology #temperingchambers #chamber #ika

Our readers' pick: Recognition of endpoints (EP) 👩🔬🔎🧪 Potentiometric, photometric, or thermometric – Learn more about the various methods for endpoint recognition in titration on our blog. Read the blog post here: https://brnw.ch/21wGZs3 #Metrohm #chemistry #analyticalchemistry #laboratory #labequipment #scienceblog

Are you tired of blurry results and endless wait times? Let's revolutionize your lab experience with Cleaver Run View Electrophoresis! Swipe right to discover the game-changing features: 1)Crystal-clear results in just minutes. 2)Real-time monitoring for precision control. 3)Effortless gel casting and staining. Share with a fellow researcher who needs a breakthrough! Let's crack the code to faster discoveries together! For more details www.genaxy.com #genaxyscientific #electrophoresis #runview #system #labexperiment #laboratorywork #productfeature #innovation #reelvideo #reelsinstagram www.genaxy.com #genaxyscientific #electrophoresis #runview #system #labexperiment #laboratorywork #productfeature #innovation

The current, most frequently used method for detecting PFOA (perfluorooctanoic acid) in water sources involves sending samples to a distant lab. Why? Because allowable limits are at the parts per trillion (ppt) level. This results in added costs and delays in initiating solutions. 📅 “Centralized lab testing has resulted in added cost and time delays for those managing the problem.” Salvus is revolutionizing PFOA detection with our Salvus Detection Platform, which is progressing down a path to ppt detection. Our technology will allow companies to rapidly identify and quantify PFOA at the point-of-concern, enabling quicker, more informed decisions and timely actions. Learn more in our white paper. https://lnkd.in/g8mFCmu7 Connect with us about creating a solution for your detection needs. https://lnkd.in/eFNCUbbA #PFOA #RapidDetection #WaterQuality

💡 Did you know we have a library of Tech Tips on our website? They explore a variety of topics in Analytical Chemistry such as 'Miniaturisation in GC Labs' and 'The "Curse of co-linearity" in hyper-dimensional data sets'. 📖 In some down-time during the holidays, take a look at this useful resource: https://lnkd.in/eSybKXyt ⬇ As we plan 2024's Tech Tips let us know what you would like to see covered! #AnalyticalChemistry #ChemistryTraining #BridgingTheGap

How to Prepare the Perfect 30% Propiconazole Suspension beadszirconia.com #ZirconiaBeads Welcome to our latest science hack! In this video, we explore the secrets behind preparing a high-quality 30% propiconazole suspension. Learn how different zirconia bead sizes affect particle size distribution and discover the optimal grinding medium for the best results. Perfect for anyone interested in chemistry, lab techniques, and innovative solutions. Don't forget to like, comment, and subscribe for more science insights! #ScienceHacks #ChemistryExperiments #Propiconazole #SuspensionPreparation #LabTechniques #InnovationInScience #ZirconiaBeads #ResearchAndDevelopment

It is my pleasure to share our last ACS article entitled "Rapid, Mild, and Catalytic Synthesis of 2D and 3D COFs with Promising Supercapacitor Applications". This article has been published in the ACS Applied Energy Materials (IF: 6.4, Q1) I would like to thank my supervisor prof. Mohamed Siaj and prof. Hani El-Kaderi for their expert guidance and kindly support and also Dr. Khaled Rhili and Dr. Mohammad Shehab for their kind collaboration. In this research, we presented a new method for catalytic synthesis of 2D and 3D covalent organic frameworks (COFs) using Keggin heteropoly acids in mild conditions. https://lnkd.in/ewFGk5u6 #COF #MON #Suzuki #Sonogashira #catalyst #MOF #organic_synthesis #synthsis

Photochemical reactions continue to be emerging transformations for the effective generation of target molecules that are difficult to access via ground state chemistry. Whilst small scale reactions are easily accommodated in batch-based systems, the use of continuous flow approaches in combination with reaction automation is the method of choice for scale-up and library synthesis. Learn more in our most recent paper, published in Chemical Communications, which presents a new photochemical CSTR system capable of handling solids in scaled continuous processes. https://hubs.li/Q02DTc-g0 #flowchemistry Megan Smyth, Tom Moody, Scott Wharry, Antonella Ilenia Alfano

There are several types of laboratory incubators and ovens. Some units can be stacked depending on the manufacturer’s recommendations. The Esco Isotherm® Laboratory Incubators and Ovens are stackable for up to 2 units of the same model size. It is specifically applicable to 32 to 110 L of the Isotherm® Forced Convection Laboratory Oven, Isotherm® Forced Convection Laboratory Incubator, and Isotherm® Natural Convection Laboratory Incubator models only. Find out why IFC models cannot be stacked in Part 2. For more information, visit our website: https://lnkd.in/gNpAAma #Thermostatics #Stackable #LaboratoryIncubator #LaboratoryOven #Microbiology #Biology #Research #Laboratory #EscoLifesciences #EscoScientific #EscoCares https://lnkd.in/gyfwqaNC

The team introduces LCM-LoRA as a universal training-free acceleration module that can be directly plugged into various Stable-Diffusion fine-tuned models to answer this. Within the framework of LoRA, the resultant LoRA parameters can be seamlessly integrated into the original model parameters. The team has demonstrated the feasibility of employing LoRA for the Latent Consistency Models (LCMs) distillation process. The LCM-LoRA parameters can be directly combined with other LoRA parameters and fine-tuned on datasets of particular styles. This will enable one to generate images in specific styles with minimal sampling steps without the need for any further training. Thus, they represent a universally applicable accelerator for diverse image-generation tasks.