Hanbat National University researchers have achieved cobalt exsolution in SOFC cathodes under oxidizing conditions—unlocking a new path to more stable, efficient #fuelcells for clean energy. #CleanEnergy. #EnergyTransition #Innovation https://t.co/aVzbr8PI8x

New in The Innovation Materials! Micro-beam XAFS reveals in-situ 3D exsolution of transition metal nanoparticles in accelerating hydrogen separation. Zhu et al. investigated the correlation between enhanced hydrogen separation performance and the exsolution of metal

Garnet exsolution in pyroxenite pod in peridotite, Norway ざくろ石成分を含む高圧（＞5GPa)輝岩だったのかしら （探し物チュゥ）

I don't often work with igneous rocks, but they do have cool microstructures, too! Skeletal Fe-Ti-oxide grains with lots of exsolution lamellae. (Width of image is ca 40 µm.) #ThinsectionThursday

🎓 Defensa de tesis doctoral Andrés López García defenderá su tesis doctoral "Metallic Nanoparticle Exsolution in Complex Oxides: Advanced Control Strategies for Energy Conversion Applications" 📅06/11/2025 (12:30h) 📍Salón de Actos del ITQ (UPV-CSIC) 🔗 https://t.co/1dKUWeQPoF

Armando Fragale The Exsolution 2022 Private collection

Micro-beam XAFS reveals in-situ 3D exsolution of transition metal nanoparticles in accelerating hydrogen separation. Read more https://t.co/lf2N2bJWCg #materials #TIC2025 #research #3D

Thin Section Thursday! This megacryst of orthopyroxene shows high relief and faint pleochroism in PPL. Cross the polars, & the crystal comes alive with abundant thin bands of exsolution lamellae of clinopyroxene. Contributed by Matt Kohn. #thinsectionthursday

🌱 Discovering cutting-edge catalysis at #MATSUS25 with talks on exsolution in perovskite oxides, self-assembly, dislocation-engineered nucleation, formic acid & ammonia synthesis, and operando TEM & Raman studies for sustainable CO₂ conversion. 🔗 https://t.co/vl7qQm9dFU

#ThinSectionThursday Exsolution and alteration of Fe-Ti-Mn oxides from a weathering horizon of carbonatite in Western Australia

Uraninite (inclusions?) in zircon. The zircon (darker grey) is hosted in arsenopyrite (medium grey) have you seen this elsewhere? Are the uraninites (light grey) some sort of exsolution?

New online in @Innov_Materials : Micro-beam XAFS reveals in-situ 3D exsolution of transition metal nanoparticles in accelerating hydrogen separation. Read more https://t.co/lf2N2bJWCg #materials #research @The_InnovationJ @SmartMat2 @ChinChemLett @isciverse @elvahupin

Wonderful first day of the Autumn School organized by @ITQ_UPVCSIC on Electrochemical reactors. Great talks by Profs. Norby, Kilner, O'Hare and many others. Here, in the poster session with Blanca and Andrés, where she is presenting our latest work on NP exsolution

Thin Section Thursday! This sample from the Balmuccias ultramafic complex has green spinel, orthopyroxene, highly exsolved clinopyroxene, and brown amphibole. XP: spinel is black and the exsolution lamellae in the clinopyroxene are evident. Field of view: 5 mm. From Matt Kohn.

Fun continues at @SSIonics24 this time talking about the non-expected effects of high-pressure nanoparticle exsolution

Sillimanite; rutile; garnet; biotite; and somewhat altered plagioclase. XP: garnet is black, sillimanite is gray, and feldspar shows some exsolution. Contributed by Matt Kohn. You can contribute: Send images & short caption to akoziol1 at udayton dot edu. #thinsectionthursday

For the last talk of the session, Tobias Keller from @ETH_ERDW presents an interesting model of magmatic Iron ore formation by exsolution of immiscible melts

Clear olivine and spinel exsolution-rich clinopyroxene in ultramafic xenolith. 超苦鉄質捕獲岩中の綺麗なカンラン石と、スピネルの離溶ラメラに富む単射輝石。カンラン石の独特の風化（？）も素敵。

MICRO_20250602_002.TIF: 35:1 magnification of Labradorite feldspar thin section under polarized light microscopy, revealing characteristic twinning patterns and iridescent schiller effect caused by light interference from submicroscopic exsolution lamellae, captured with Olympus