Table 1 Comprehensive overview of carbon-based anode materials in LIBs

From: Hydrogen substituted graphdiyne as carbon-rich flexible electrode for lithium and sodium ion batteries

Electrode

Reversible capacity (mAh g−1)

Discharge rate (mA g−1 or C)

Loading density

Reference

HsGDY

1050

100

0.1–0.11 mg cm−2(1.43 g cm−3)

This work

HsGDY

700

1000

0.1–0.11 mg cm−2 (1.43 g cm−3)

This work

NG

360

15

ref. 44

CNT

200

400

0.025 mg cm−2

ref. 45

Graphene

460

1 C

ref. 46

N-graphene

872

50

20.8–24.2 mg cm−3

ref. 47

B-graphene

700

500

20.8–24.2 mg cm−3

ref. 47

N-CNF

1280

100

ref. 48

N-CNT

516

200

0.796 mg cm−2

ref. 49

PAA

995 (1st cycle)

100

ref. 50

CLP

619

100

ref. 51

MCOF

74

2.4 C

0.69 mg cm−2

ref. 52

  1. B-graphene B-doped graphene, CLP conjugated ladder polymers, CNT carbon nanotube, MCOF mesoporous covalent organic framework, N-CNF N-doped porous carbon nanofiber, N-CNT N-doped core-sheath carbon nanotube, NG natural graphite, N-graphene N-doped graphene, PAA polyazaacene analog