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Cubic MnCO3@C composite was first synthesized using one-pot hydrothermal method. The prepared cubic MnCO3@C presented a homogeneous core-shell structure, which was composed of cubic MnCO3 as core, a mixture of amorphous carbon and MnCO3 as shell, and a separating interlayer. Compared to pure MnCO3, core-shell structured MnCO3@C exhibited better cycling stability, rate performance and recovery capability...
A special acanthosphere shaped FeCO3 anode powder material was synthesized successfully through controlled hydrothermal method. It delivered an initial specific discharge-charge capacity of 2100/1087mAhg−1 at a current density of 100mAg−1, and exhibited a high discharge capacity of 238mAhg−1 even at a current of 10,000mAg−1. Furthermore, its capacity would return to the initial capacity level even...
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