🔋 Dispersion-Free, Particle-Level CNT Networks via In Situ Growth on LiFePO₄ for Stable High-Loading Dry Electrodes
📝 الکترودهای خشک LiFePO4 با بارگذاری بالا از طریق رشد درجای شبکههای CNT در سطح ذرات، بدون پراکندگی، برای پایداری چرخهای طولانی ساخته شدند.
📚 Journal: Journal of Materials Chemistry A #JMCA
📅 Date: Unknown
🔬 Research Article | 🔓 Open Access
💡 Novelty & Significance:
In situ growth of carbon nanotubes directly on LiFePO₄ eliminates dispersion steps, creating particle-level conductive networks for solvent-free dry electrodes. This enables thick, high-loading electrodes with stable cycling by simultaneously addressing electronic connectivity and mechanical integrity without solvent processing, offering a scalable route to sustainable, high-energy-density lithium-ion batteries.
🔗 10.1039/d6ta04601k
🏷 dry electrode · LiFePO4 · carbon nanotube · high loading · cycling stability
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