Temperature effect and kinetics, <scp> LiZr ₂ </scp> ( <scp> PO ₄ </scp> ) ₃ and Li _1. <scp> ₂ Al ₀ </scp> _. <scp> ₂ Zr ₁ </scp> _.8 ( <scp> PO ₄ </scp> ) ₃ and electrochemical properties for rechargeable ion batteries

A NASICON-type LiZr2(PO4)3 (LZP) and Li1.2Al0.2Zr1.8(PO4)3 (LAZP) anode materials are synthesized via a facile method, were characterized by variety of structural techniques, investigated the electrochemical performance for rechargeable battery applications. highly stable rhombohedral phase LAZP is noticed at room temperature, with discharge capacity 909 mAh.g−1, which 1.6 times higher than that LZP. Further, charge storage observed up to 3000 cycles Coulombic efficiency 99%. For first time, we in-situ temperature effect on assembled material, found strong capacity, achieved ~120 149 mAh.g−1 65°C LZP anodes. Furthermore, real-time holding cell performed computer, worked well in CMOS slot without error during CPU turn-on condition 1536 h. In brief, an optimized electrode material showed greater stability high compared even elevated temperatures. Hence, may be utilized fabricate coin real time