TME Lab Hiroshima University

Thermal Fluid Materials Engineering Laboratory, Hiroshima University
Advancing nanostructured particles for super smart society!

[TME Lab Hiroshima University @TMElab_official]

Our cover art has been selected in @ACS_Langmuir . Nanostructured particles (NSPs) synthesized via aerosol processes offer precise control, advancing energy and environmental technologies. https://t.co/mHdW6OJl0z
#nanostructuredparticles #coverart #aerosol #energy #catalyst

[TME Lab Hiroshima University @TMElab_official]

We developed macroporous niobium-doped tin oxide for improved #fuelcells durability & performance, overcoming gas diffusion challenges with #flameassistedspraydrying! #PEFC #nanotechnology #catalystsupport #innovation @ACSPublications @NanoLetters https://t.co/SEUxK0dOJl

[TME Lab Hiroshima University @TMElab_official]

By using #aerosol process, potential of #macroporous #silica (60-400 nm) in CO2 adsorption has been highlighted in our new research for the first time. #CCS #CO2Capture #MaterialScience #Nanotech. @ACSPublications @ACS_ENFL https://t.co/qftfFFz7TW

[TME Lab Hiroshima University @TMElab_official]

The effect of #annealingtreatment on #nanostructure and #electricalconductivity of #flame-made #Ir-IrO2/TiO2 particles were successfully investigated, and published in Advanced Powder Technology Journal. @ElsevierConnect https://t.co/HNAWMLTnit

[RSC Advances @RSCAdvances]

The submicron #core-shell #Fe@SiO2 particles were successfully synthesized using a single-step #aerosol process for the first time. Read more in this recently published article by @TMElab_official

🔗 https://t.co/cIb7d8jD1H

[TME Lab Hiroshima University @TMElab_official]

The submicron #coreshell #FeSiO2 particles were successfully synthesized using a single-step #aerosol process for the first time with #highmagnetization. https://t.co/ZgH9W6RXH9 @RSCAdvances

[TME Lab Hiroshima University @TMElab_official]

We explored #nanostructured #silicacoatedFeNi particles, emphasizing shell property control to optimize #powdercore #inductors for superior performance and functionality in technological advancement! #coreshell #spraypyrolysis https://t.co/VrKRfnuQIk @ACSPublications @ACS_ANM