竹炭及其复合材料在超级电容器中的应用研究进展

doi:10.3969/j.issn.0253-2417.2020.01.002

Abstract

Abstract:

In this paper, the principle, preparation and influencing factors of bamboo-based supercapacitor materials are mainly introduced, as well as the research progress in the structural design and technical studies. Comparing to the single activated bamboo-carbon, bamboo-based carbon composites, taking bamboo-carbon as the template for the growth/fitting of pseudo-capacitance materials, are emphatically discussed. The redox reaction at the interface between the pseudo-capacitance material and the electrolyte results in the additional pseudo-capacitance, significantly improving the electrical performance of bamboo-based carbon materials and then extending the area of its applications. Finally, the perspective of the abundant bamboo resources in the field of supercapacitors is prospected, basing on the summary of current research progress and facing problems.

Key words: anthraquinone, synthesis, amide, fungicidal activity, biomass, bamboo charcoal, composite material, supercapacitor

CLC Number:

TQ35
TQ35

Zunqiang HAN,Jianxiong XING,Xiaojuan YU,Haiyan YANG,Weitao XU,Kun WANG. Research Progress on Bamboo-based Supercapacitor Electrode Material[J]. Chemistry and Industry of Forest Products, 2020, 40(1): 8-16.

Figures/Tables 10

Fig.1

Table 1

Fig.2

Fig.3

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Fig.6

Fig.7

Fig.8

References 41

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化合物 compourd	水稻纹枯病菌 R. solani	水稻稻瘟病菌 P. oryzae	油菜菌核病菌 S.asclerotiorum	草莓灰霉病菌 B. cinerea	烟草赤星病菌 A. alternata	香樟炭疽病菌 C. gloeosporioides
2a	(43.64±0.07)^f	—	—	—	(23.44±0.27)^cd	(38.78±0.34)^e
3a	(48.18±0.06)^e	(15.48±0.52)^g	(43.24±0.01)^a	(15.93±0.11)^d	(25.81±0.26)^b	(36.85±0.14)^f
5a	(60.51±0.17)^b	(16.04±0.33)^f	(25.17±0.12)^de	—	(18.88±0.55)^ghi	(35.20±0.23)^g
5b	(32.34±0.06)^m	(21.09±0.12)^b	—	—	(18.40±0.33)ⁱ	(35.93±0.18)^fg
5c	(31.76±0.04)^m	—	—	—	(16.30±1.65)^k	(34.92±0.17)^g
5d	(24.95±0.20)ⁿ	(26.02±0.33)^a	(24.36±0.35)^e	—	(19.38±0.20)^ghi	(37.12±0.20)^f
5e	(40.79±0.03)^h	(16.35±0.09)^ef	(16.38±0.83)^j	—	(18.47±0.30)^hi	(27.85±0.14)ⁱ
5f	(36.19±0.05)^l	(16.23±0.56)^ef	(31.57±0.16)^b	—	(18.37±0.60)ⁱ	(31.75±0.18)^h
5g	(39.30±0.08)^j	—	(17.56±0.17)ⁱ	—	(21.58±0.21)^ef	(36.06±0.16)^fg
5h	(40.26±0.24)^hi	—	(15.18±0.30)^l	—	(17.51±0.32)^j	(31.22±0.24)^h
5i	(42.05±0.01)^g	(18.20±0.36)^c	—	—	(19.51±0.06)^gh	(26.21±0.15)^j
6a	(53.28±0.28)^d	(16.55±0.56)^e	(15.77±0.44)^k	—	(21.50±0.21)^ef	(49.25±0.12)^b
6b	(48.76±0.34)^e	(17.55±0.21)^d	(21.12±0.16)^g	(16.77±0.76)^c	(19.66±0.20)^g	(39.42±0.38)^e
6c	(58.50±0.21)^c	(20.76±0.37)^b	(25.99±0.22)^cd	(19.78±0.25)^b	(21.09±0.09)^f	(47.61±0.63)^c
6d	(43.06±0.34)^f	—	(22.45±0.45)^f	—	(15.21±0.66)^l	(19.22±0.45)^k
6e	(69.93±0.04)^a	(25.35±0.17)^a	(31.32±0.18)^b	(28.74±0.16)^a	(35.60±0.08)^a	(67.18±0.21)^a
6f	(37.64±0.41)^k	(20.62±0.35)^b	(27.05±0.14)^c	(19.90±0.30)^b	(22.63±0.10)^de	(45.37±0.10)^d
6g	(40.43±0.37)^hi	(20.82±0.23)^b	(20.20±0.21)^h	—	(19.56±0.33)^gh	(35.27±0.25)^g
6h	(39.79±0.16)^ij	(20.78±0.43)^b	(25.31±0.09)^de	—	(24.74±0.11)^bc	(26.06±0.30)^j
大黄素甲醚physcion	(28.70±0.08)^f	—	—	—	—	—
空白对照CK	0	0	0	0	0	0

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Research Progress on Bamboo-based Supercapacitor Electrode Material

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