🔋 Tiny Pores, Big Stories: Perforating MXenes for Through-Sheet Transport in Energy and Environmental Applications
📝 این مقاله مروری استدلال میکند که ایجاد حفرههای درونصفحهای در MXene مسیرهای عرضی انتقال یون و مولکول را کوتاه کرده و عملکرد الکترودها و غشاهای متراکم را بهبود میدهد.
📚 Journal: Accounts of Materials Research #AccountsOfMaterialsResearch
📅 Date: 2026-10-08
⭐ Review | 🔓 Open Access | 📥 PDF
💡 Novelty & Significance:
This Account establishes in-plane perforation as a design principle converting lamellar MXenes into through-sheet transport platforms. It unifies oxidative perforation routes, reveals a common oxidation-driven pore-formation pathway, and links transverse transport to gains in supercapacitors, batteries, deionization, and membranes. It also flags the stability–transport trade-off, positioning holey MXenes as transport-engineered 2D materials.
🔗 10.1021/accountsmr.6c00209
🏷 MXene · in-plane pores · through-sheet transport · holey MXene · ion diffusion
Post #15012
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