TGViewer
Science Scroll Science Scroll @sciencescroll · 382 subscribers
Post #75856 4
📄 Machine learning enhanced electrohydrodynamic printing of heteroatom-doped composite electrodes for high-performance flexible supercapacitors

📝 چاپ الکتروهیدرودینامیکی تقویت‌شده با یادگیری ماشین برای ساخت الکترودهای کامپوزیتی دوپ‌شده با هترواتم و ابرخازن انعطاف‌پذیر با عملکرد بالا به کار رفت.

📚 Journal: Journal of Energy Storage #JournalOfEnergyStorage
📅 Date: Unknown
🔬 Research Article
🔗 10.1016/j.est.2026.125082

🏷 electrohydrodynamic printing · flexible supercapacitor · heteroatom-doped electrode · machine learning · composite electrode
More from @sciencescroll
  1. Oct 10, 2026📄 Unlocking low overpotential and fast reaction kinetics for high-performance Li-CO2 batt…
  2. Oct 10, 2026📄 New insights of geochemical interactions between h2 and minerals in underground hydroge…
  3. Oct 10, 2026📄 A thermally integrated Carnot battery incorporating a novel dual-pressure evaporation c…
  4. Oct 10, 2026📄 Effect of thermal treatment on electrochemical performance of diesel particle-based ele…
  5. Oct 10, 2026📄 Battery energy storage–driven cost-oriented energy management of microgrids using black…
  6. Oct 10, 2026📄 Numerical analysis of the fluid flow and heat exchange characteristics in a low-tempera…
Threads Profile ViewerView any public Threads profile without an account.Open ThreadLook →Writing with AI? Make it sound human.Metric37 rewrites AI drafts so they read naturally. Free AI detector, 1,500 words free.Try Metric37 →