Just dropped a new scientific illustration for the work of Miryam Criado González et al., published in Materials Horizons by @rsc.org
You can access the article here lnkd.in/daNahS62
#ScientificIllustration #SciArt #MaterialsHorizons #PhotodynamicTherapy #ArtInScience #BlueskyScience

Rapid 3D printing of unlayered, tough epoxy–alcohol resins with late gel points via dual-color curing technology Additive manufacturing technologies and, in particular, vat photopolymerization promise complex structures that can be made in a fast and easy fashion for highly individualized products. While the tec...

📢 New paper alert!
@k-ehrmann.bsky.social & team have published a 3D printing method combining rapid speeds & materials with late gel points. Now out in #MaterialsHorizons!
Read it here 👉 doi.org/10.1039/D4MH...
#3DPrinting #MaterialsScience #Innovation #chemistry_tuw

Sequential curing of first a radical network during 3D printing and second a cationic network during post-curing into an interpenetrating network.

Have you been wanting to #3Dprint materials with late gel-points but were too impatient with the long printing times? Our dual-cure printing technique recently published in #MaterialsHorizons may be the answer: doi.org/10.1039/D4MH...
Phenomenal work by PhD student Florian Mayer! #MatSky #ChemSky

Piezo-to-piezo (P2P) conversion: simultaneous β-phase crystallization and poling of ultrathin, transparent and freestanding homopolymer PVDF films via MHz-order nanoelectromechanical vibration An unconventional yet facile low-energy method for uniquely synthesizing neat poly(vinylidene fluoride) (PVDF) films for energy harvesting applications by utilizing nanoelectromechanical vibration thr...

New Paper out in #MaterialsHorizons - great job from Rob Komljenovic! 🧪

We show surface #Acoustic 🔊 waves create thin #piezoelectric films with exceptional properties.⚡

A path for making ultra thin films with patterned environmental responses.

doi.org/10.1039/D4MH...

#chemsky #ozchem #RMIT