Electrode Composite LiFePO₄@Carbon: Structure and Electrochemical Performances

Table 1

Summary of composite electrode LiFePO₄@carbon prepared by hydrothermal method.

Authors	Hydrothermal condition	Grain’s size	Temperature pyrolysis	Capacity
Brochu et al. [13]	185°C for 2 hours	240 nm thick and 1 μm length	650°C for 2 hours in argon	160 mAh/g at rate C/10
Chen et al. [14]	200°C for 6 hours	2-3 μm	600°C for 2 hours in argon	150 mAh/g at rate C/10
Lim et al. [15]	240°C from 2 to 36 hours	300–600 nm		180 mAh/g (50 cycles) at rate C/10
Jiang et al. [16]	180°C for 2 hours		700°C for 6 hours in argon	160 mAh/g (100 cycles) at rate C/10
Zhan et al. [17]	180°C for 12 hours	2-3 μm	550°C for 4 hours in argon	150 mAh/g (50 cycles) at rate C/5