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Graph from the Royal Society of Chemistry showing potential vs capacity for battery materials, with and without template in use. The graph features two curves labeled "High template" and "Low template" along with a dotted line marked "Without template", highlighting differences in performance. Visual representations of particles and cubes are included to illustrate material structures.

Graph from the Royal Society of Chemistry showing potential vs capacity for battery materials, with and without template in use. The graph features two curves labeled "High template" and "Low template" along with a dotted line marked "Without template", highlighting differences in performance. Visual representations of particles and cubes are included to illustrate material structures.

♻️ Advances of the Week – Week 5
How do tiny macropores affect #SodiumIonBatteries? This paper reveals key insights into balancing battery capacity & stability. A must-read for future energy solutions! ➡️ buff.ly/ZEpVifW
@ees-journals.rsc.org
#ChemSky #AdvancesOfTheWeek #EnergyAdvances #BatteryTech

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🚨Our newest publication on zinc ferrite as possible active material for zinc-ion #batteries was chosen for the front cover of #EnergyAdvances.

📄 Article: pubs.rsc.org/en/content/a...

#battchat #ChemSky 🔬👩‍🔬🧪

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