P2 cathode sodium-ion battery positive electrode with 93.50% active material proportion and 3.63mg/cm² current collector areal density in P2 type crystal structure
P2 cathode sodium-ion battery positive electrode with 93.50% active material proportion and 3.63mg/cm² current collector areal density in P2 type crystal structure
3.63mg/cm² current collector areal density sodium-ion battery positive electrode
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P2 type crystal structure NaNiMnTiOx electrode
제품 설명
Sodium-ion Battery Positive Electrode P2 Sodium nickel manganese titanium oxide (NaNiMnTiOx), single/double-sided coating, mass production battery grade, customizable Crystal Structure (P2 Type) Features a layered structure where transition metals (M/T) and oxygen atoms form a close-packed framework with sodium ions located in the layered gaps. The "P" denotes trigonal prismatic coordination of sodium ion sites, while "2" indicates two layers of transition metal-oxygen layers
P2 cathode sodium-ion battery positive electrode with 93.50% active material proportion and 3.63mg/cm² current collector areal density in P2 type crystal structure
3.63mg/cm² current collector areal density sodium-ion battery positive electrode
,
P2 type crystal structure NaNiMnTiOx electrode
제품 설명
Sodium-ion Battery Positive Electrode P2 Sodium nickel manganese titanium oxide (NaNiMnTiOx), single/double-sided coating, mass production battery grade, customizable Crystal Structure (P2 Type) Features a layered structure where transition metals (M/T) and oxygen atoms form a close-packed framework with sodium ions located in the layered gaps. The "P" denotes trigonal prismatic coordination of sodium ion sites, while "2" indicates two layers of transition metal-oxygen layers