Nanotubos de titanato de sodio utilizados en el material del ánodo de la batería de iones de litio

Nanotubos de titanato de sodio utilizados en el material del ánodo de la batería de iones de litio

espec .: diámetro exterior: 10-15 nm, diámetro interior: 3-5 nm, longitud: u0026 gt; 1um, ssa: 300 m 2 / g

!DOCTYPE html>

403. That’s an error.

Your client does not have permission to get URL /translate_a/t?client=webapp&sl=en&tl=es&hl=es&dt=bd&dt=ex&dt=ld&dt=md&dt=qca&dt=rw&dt=rm&dt=ss&dt=t&dt=at&ie=UTF-8&oe=UTF-8&otf=2&ssel=0&tsel=0&kc=1&tk=65171.445933&q=in+recent+years%2C+lithium+ion+batteries+are%0D%0Awidely+used+in+mobile+electronic+devices+of+energy%2C+quickly+occupied+the%0D%0Ahigh-performance+rechargeable+battery+market%2C+with+the+development+of+the+motor%0D%0Acar+and+the+hybrid+locomotive%2C+a+growing+need+to+have+a+high+energy+density+and%0D%0Ahigh+discharge++charging+rate+and+long-life+rechargeable+lithium-ion+battery.%0D%0Anow+widely+proven+lithium+ion+battery+charger%2C+limit+the+rate+of+power%0D%0Ageneration+is+mainly+composed+of+li+%2B+solid-state+diffusion+in+the+electrode%0D%0Amaterial+caused+slower.+as+the+nano-structural+materials+of+lithium+ion%0D%0Adiffusion+distance+can+be+reduced+in+solids%2C+so+people+began+working+to+develop%0D%0Alithium-ion+battery+electrode+materials+nanostructures.+in+addition%2C%0D%0Aone-dimensional+electrode+structure+for+a+lithium+ion+battery+material+exhibits%0D%0Aexcellent+rate+performance%2C+because+the+li+%2B+diffusion+distance+is+limited+to%0D%0Abe+within+a+range+less+than+several+tens+of+nanometers%2C+is+significantly%0D%0Asmaller+than+the+electrode+powders.+due+to+the+special+layered+structure%0D%0Afacilitates+lithium+ion+intercalation+and+deintercalation%2C+so+sodium+titanate%0D%0Ananotubes+in+recent+years+begun+to+attract+attention.+li+et+titanate+nanotubes%0D%0Awere+added+to+the+lithium-ion+battery+anode+material%2C+it+showed+great+ability%0D%0Ato+embed+lithium%2C+high+discharge%2C+charging+performance+and+excellent+cycle%0D%0Astability. from this server. That’s all we know.