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Explore the world of Metal Compounds and Mixtures! Understand their properties, uses, and how they shape the materials around us. Start your science journey today. Read more https://turito.me/44UCgTX #ScienceForAll #MetalCompounds #TuritoLearning #Turito 

Explore the world of Metal Compounds and Mixtures! Understand their properties, uses, and how they shape the materials around us. Start your science journey today. Read more https://turito.me/44UCgTX #ScienceForAll #MetalCompounds #TuritoLearning #Turito 

Dive into the fascinating world of Metal Compounds and Mixtures! 🌟💎 From alloys to chemical reactions 🔬✨ Discover more about these essential elements and their impact on industries and everyday life. Click the link https://turito.me/44UCgTX   #MetalCompounds #Chemistry #turito #turitolearn #learningturito #learnfromturito #onlinelearning #onlinetutoring #learnonline #turitoclasses 

Developed the first thermal cycloaddition reaction at the meta position of a benzene ring via a Wheland intermediate can construct complex 3D polycyclic structures with simple operations, gram-scale synthesis and diverse functional group transformations. by Professor Youliang Wang et al. https://lnkd.in/gyb6U3RQ #cycloaddition #dearomatization #gramscale

With this method one doesn’t require seed and diamonds can be grown in 150 min. ( i’ll reitirate . Natural Diamonds will never lose it’s shine ) https://lnkd.in/dc_xMYbQ

Happy to share our latest research article published in Materialia. This article explains the phonon mediated superconductivity in Transition Metal Carbides. https://lnkd.in/dmS7J-NT

Watch Crystal Growth in Action! CrystalGrower takes you to the forefront of crystal growth with this fascinating visualisation of L-cystine crystal growth. On the Left: L-cystine crystal with a screw dislocation, grown without a growth modifier. On the Right: The same system, but with a growth modifier influencing the process. With CrystalGrower, you can: Model crystal growth dynamics involving multiple modifications. Understand how growth modifiers impact morphology. Drive innovative solutions for materials science and beyond. Discover how CrystalGrower can transform your work and contact us today at team@crystalgrower.org. #CrystalGrowth #MaterialsScience #CrystalEngineering #GrowthModifiers #Research #CrystalGrower

Nanofibers are ultra-thin fibers with tiny diameters and a large surface area compared to their volume. They have a porous structure, small pore size, and are stable chemically and thermally. Their morphology can be controlled, making them versatile for various applications.   ❓ Where is the potential of nanofibers ❓ __ Karolina from Elmarco ◾ Curiosities from around the nanoworld #thinkBIGgoNANO 💪

Welcome back to another edition of #metalmonday! Today, we're looking into the world of Cerium, a silvery white metal that's the most abundant of the rare earth elements. Discovered in 1803, it's known for its unique properties and versatile applications. Did you know? Cerium is a highly reactive element that can spontaneously ignite in air, especially in powdered form? Cerium oxide is used in catalytic converters to reduce harmful emissions from vehicles. Cerium oxide is used as a polishing agent for glass, giving it a high-quality finish. Cerium is added to iron and steel to improve their properties, such as ductility and machinability. Whether you're a tech enthusiast or simply curious about the elements around you, Cerium offers a fascinating glimpse into the world of rare earth metals. #cerium #rareearthmetals #science #chemistry #technology #anythinginmetal #periodictable

#ESG15-NCM15-SGT borate glasses session heard about the deciphering of the structure and potassium ions transport mechanisms of potassium borate glass by Fayan Zhu of Qinghai Institute of Salt Lakes, Chinese Academy of Sciences. An important finding in borate glasses and crystals was that the increase of NBO shortened the length of B-O bond, and the increase of 4B increased the length of B-O bond. This work will provide reference for designing and developing electrically conductive amorphous materials with faster potassium ion transport rates.