菇娘果外皮衍生多孔碳的制备及其应用
王园园, 夏莹京, 董省身, 王雪芹, 柳艳修, 宋华, 刘社田

Preparation and Performance of Porous Carbon Materials Derived from Physalis Peruviana L. Calyx Husk
WANG Yuanyuan, XIA Yingjing, DONG Xingshen, WANG Xueqin, LIU Yanxiu, SONG Hua, LIU Shetian
表2 部分碳材料的电化学性能[45~52]
Table 2 Electrochemical properties of some reported carbon materials[45~52]
MaterialActivatorElectrolyte

Specific

capacitance / F·g-1

Energy density / Wh·kg-1

Power density

/ W·kg-1

Cycling

stability

Reference
Cashew nut huskKOH

6 mol·L-1

KOH

305.2

(1 A·g-1)

11.2400

97.1%

4000 cycles

[45]
ChlorellaZnCl2-KOH

6 mol·L-1

KOH

339

(1 A·g-1)

8.47250

95.17%

10000 cycles

[46]
Willow catkinKOH

6 mol·L-1

KOH

298

(0.5 A·g-1)

21.0180

99.7%

10000 cycles

[47]
Coconut shellKOH

6 mol·L-1

KOH

317.0

(0.5 A·g-1)

13.3250

99.7%

10000 cycles

[48]
Sword bean shellsKOH

6 mol·L-1

KOH

369

(1 A·g-1)

12375

95.7%

10000 cycles

[49]
Corn huskK2CO3

0.5 mol·L-1

H2SO4

269

(0.25 A·g-1)

~10~10

99.5%

20000 cycles

[50]
Chinese fir sawdustNaOH

6 mol·L-1

KOH

260

(0.5 A·g-1)

15.9246

90%

5000 cycles

[51]
Orange peelKOH

6 mol·L-1

KOH

289

(5 A·g-1)

8.9499.7

93.6%

10000 cycles

[52]
Physalis Peruviana L. calyx huskKOH

6 mol·L-1

KOH

349.7

(0.5 A·g-1)

9250

96.7%

12000 cycles

This work