Microstructures | Open-access, peer-reviewed journal in material science | 2025 IF 8.5 | Q1 | ESCI · Scopus · EI · CAS | EIC: Prof. Shujun Zhang

Why follow @Micro_OAE? 🔬 JCR Q1 | IF: 8.5 | Open-access, peer-reviewed journal. Follow for: • New papers & commentaries • Special issue opportunities • Hot topics in advanced materials Tag your research team & co-authors! #Microstructures #MaterialsScience
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Mid-Autumn Festival🌕 Warm greetings to researchers worldwide. The bright full moon symbolizes reunion. From grain boundaries to lattice order, microstructure design is about organizing structure for better performance. What microstructural feature do you find most fascinating?👇
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Best wishes to scholars worldwide on this Mid-Autumn night. May your research progress smoothly and your collaborations remain strong.🌕
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New Article📄 Using alloy‑hydrogen electronegativity difference to tailor hydride stability of TiVZrNb hydrogen‑storage HEAs for low‑temperature H₂ release. doi.org/10.20517/microstruct… #HighEntropyAlloys #HydrogenStorage #MaterialsScience
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Beyond microstructure engineering, compositional parameters such as electronegativity difference also offer powerful routes for HEA performance optimization. What parameters do you value most for designing functional HEAs?
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Following our discussion on #HEA microstructure design 👇This work uses label-free micro-DIC to map strain in harmonic structured #CrMnFeCoNi HEA. #Heterogeneous grain networks break the classic strength‑ductility trade‑off. #HighEntropyAlloys #MicroDIC #Microstructures
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Autumn equinox 🌾 A moment of balance between day and night. In materials science, balance matters too: strength vs. ductility, stability vs. reactivity, order vs. disorder. Which balance inspires your research? 👇 #MaterialsScience #Microstructures
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High-entropy alloys: Are we seeing a paradigm shift in microstructure design, or just incremental progress? 👇 Share your view #HighEntropyAlloys #MaterialsScience #Microstructures
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Many researchers believe the unique lattice distortion in HEAs unlocks new microstructure control strategies. What’s your take?
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Microstructures Journal retweeted
🔬 More breakthrough science at #EMLEM26 @peter__reiss, Efrat Lifshitz and Biwu Ma present advances in blue-emitting quantum dots, magnetic 2D van der Waals heterostructures, and low-dimensional organic metal halide hybrids. 🔗 nanoge.org/EMLEM26
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Fresh interview📢with @Nasirm38 (@RMIT): ✅Microstructure controls battery performance ✅AI is an assistant for materials science, not a replacement ✅Solid science > impact factor Do you agree? Drop your opinions below👇 #Microstructures #EnergyMaterials #MaterialsResearch
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What do you think is the biggest challenge for microstructure engineering in energy materials now?
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Great virtual workshop on hybrid perovskites covering photovoltaics, LEDs, and interface engineering. Hybrid perovskites remain a hot topic in microstructure research. Looking forward to the latest updates from this MRS Spotlight workshop! #Perovskite #MaterialsScience
Join leading researchers Oct. 20–21 to explore the latest in hybrid perovskites — from photovoltaics and light-emitting devices to ML approaches, interface engineering, and scalable technologies. Link in comments!
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Don’t miss this seminar on in‑memory computing hardware! Prof. Sungjun Kim will cover RRAM, ferroelectric tunnel junctions & AND‑type Flash arrays, addressing key array‑level practical challenges. ⏰ Sep 29|10:00 AM (CN) /11:00 AM (KR) #NeuromorphicComputing #EmergingMemory
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Why follow @Micro_OAE? 🔬 JCR Q1 | IF: 8.5 | Open-access, peer-reviewed journal. Follow for: • New papers & commentaries • Special issue opportunities • Hot topics in advanced materials Tag your research team & co-authors! #Microstructures #MaterialsScience
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More about @Micro_OAE Indexed in EI, Scopus, ESCI & CAS. We welcome original research, reviews & commentaries on material microstructures. 📢 Check our ongoing special issues! Submit →oaecenter.com/login?JournalI…
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🧲Watch magnetization reversal unfold at the nanoscale! In situ Lorentz TEM reveals how magnetostatic interactions govern magnetization reversal in nanowire arrays. 🔗 doi.org/10.20517/microstruct… #Microstructures #Nanomaterials #Magnetism #ElectronMicroscopy
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🚀#Microstructures is growing with the global materials science community! Since 2021, we’ve expanded our global editorial network, indexing, Special Topics, and academic activities. 📈2025 IF: 8.5 | JCR Q1 🔎ESCI | Scopus | EI | CAS #MaterialsScience #AcademicPublishing
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