AZoM

The latest materials science and materials engineering news and equipment from some of the biggest players in the materials industry. An AZoNetwork site.

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Controlling redox reactions during spark plasma sintering is key to designing denser, more stable steel-spinel composites for high-temp applications. https://t.co/WjZcymdjXS

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🌍🔬 Scientists have uncovered how the thickness of Earth's outer shell can reveal hidden rare-earth element deposits. https://t.co/KU6Xac0yp6 #RareEarth #Geology #CriticalMinerals @NatureGeosci @Cambridge_Uni

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Asian economies along the Belt and Road are synchronizing mineral resources, trade, and economic growth like never before. t 🌏🔗
https://t.co/6PdLwDrDg6 #BeltAndRoad #MineralTrade #EconomicGrowth @HSScomms

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🚫🔬 Can solar cells be both highly efficient and non-toxic? Lead-free perovskites are proving it's possible, with tin-based designs hitting 17% efficiency and promising safer, sustainable energy. https://t.co/EgVmXFlqZV #Solar #SustainableEnergy @CommsMaterials

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🌍 Machine learning uncovers hidden risks in global mineral supply chains critical for the clean energy transition. Which minerals are most at risk and why? https://t.co/sPjfWJlpjj #MachineLearning #CleanEnergy #SupplyChain @CommsEarth

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China's graphite export tweaks don't just shift supply - they send shockwaves through entire global industries. How will your supply chain be affected? 🌍🔗
https://t.co/WMHle0YKay #Graphite #GlobalTrade @HSScomms

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🟩 Scientists found a way to use green laser pulses to remove ink from 100-year-old paper - safely cleaning without harming delicate fibers! https://t.co/XjzSiRGtpZ #HeritageScience #LaserTech

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Diamonds just unlocked a new quantum trick: scientists have created tunable superconducting 'puddles' inside structurally perfect diamond. 💎⚡️
https://t.co/zKW75JZoLd #QuantumMaterials #Superconductivity #Diamond @PNASNews

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🤖🧪 Meet Qumus: an embodied AI that's not just thinking but doing science - building graphene transistors and correcting lab errors on its own. https://t.co/vXhW5p1PDv #AI #QuantumMaterials @arxiv

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Methanol fuel cells could power the next clean energy revolution: liquid fuel convenience, cleaner electricity, portable and transport-ready. 🔬⚡
https://t.co/Vp2nXx4t7b #CleanEnergy #Methanol #FuelCells

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New grounded metamaterials stay mechanically precise even after dramatic shape shifts! Stability + programmability could revolutionize adaptive robotics, sensing, and aerospace. 🔧🤖
https://t.co/pM4Eex9ZRF #Metamaterials #AdaptiveDesign #Robotics @NatureComms

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Can yesterday's EVs and wind turbines fuel tomorrow's clean energy? ♻️🔋 A new report reveals how UK recycling could power its critical minerals future - but only with strategic investment. https://t.co/V10m3qKKcC #NetZero #CriticalMinerals @BritGeoSurvey

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🔋 3D printing is revolutionizing lithium batteries - think safer and smarter cells designed with AI and custom microstructures. 👉 https://t.co/IWP1C6Aqfm #3DPrinting #EnergyStorage #Batteries

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🌳 The race for clean energy could mean tough choices: future nickel demand may threaten tropical biodiversity hotspots, as mining expands into high-conservation forests and coastal zones. https://t.co/tSOmpmbBIG #Nickel #Mining #CleanEnergy #Biodiversity

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Can smart geothermal systems end diesel reliance in remote communities? SHIEG tech blends geothermal, renewables, and smart controls for resilient, low-carbon power. 🌱⚡ https://t.co/Y1vcKBlSr2 #GeothermalEnergy #CleanTech #Energy

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🔬 What if lattice defects could make materials stronger? Triply-twinned metamaterials turn flaws into a formula for ultra-strong, lightweight structures. https://t.co/VzleELZmcx #MaterialsScience #AdditiveManufacturing

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🌿Scientists are using leaf vein networks to build compostable circuits and transparent electrodes, slashing carbon footprints. https://t.co/nLWjIQbNC2 #SustainableTech

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Water makes up 60-80% of most cosmetics. Waterless formulas are revolutionizing how products are made, offering more concentrated, stable, and eco-friendly options. https://t.co/PEYTmFwOJa

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Neural-network emulator TEGNet predicts thermoelectric generator performance with >99 % accuracy in just 0.01 % of the usual time - making rapid, data-driven design possible. https://t.co/cgv31EUw7D

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Fom 304 and 316 stainless steel to duplex and high-performance alloys, how composition affects corrosion resistance, strength, cost, and long-term performance is critical to engineering.
Read more: https://t.co/QzIEtzm4Ez

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New review says the key to success in solid oxide cells is mastering defects, interfaces, and microstructure - not just new materials.
https://t.co/MEb5CIKiDA