Structure-Selective Regeneration of Heterogeneously Degraded LiFePO<sub><b>4</b></sub> via Spontaneous Lithiation and Defect Reconstruction
Xuan Cao, Wei Mao, Yingze Song, Shaochun Tang
Abstract
at 10.0 C and retain 79.2% of its capacity after 1500 cycles. These findings validate the method's wide applicability to structurally complex degradation scenarios and offer mechanistic and practical insights into scalable regeneration of high-performance electrodes.
Topics & Concepts
Materials scienceLimitingRegeneration (biology)CathodeDegradation (telecommunications)ScalabilityLithium (medication)NanotechnologyThermalParticle (ecology)Computer scienceHigh energyStructural integrityRedoxChemical physicsChemical engineeringBiological systemLattice (music)AnodeComposite materialCrystallographic defectAdvancements in Battery MaterialsExtraction and Separation ProcessesAdvanced Battery Materials and Technologies