3.5 V at 100 mA g-1. The suspensions of CB/PTCDA-4 and CB/PTCDA-4-M with the Figure S9. electrolyte (ethylene carbonate-dimethyl carbonate, 1:1) as the solvent. Table S1. The rate performances of CB/PTCDA-4 and the recently reported organic LIB cathode materials. Materials Capacity Current density Reference (mAh g-1) (mA g-1) CB/PTCDA-4 88 5000 Our work Porous LiFePO4 40 5000 S1 100 1000 S2 NDI/rGO 53 800 S3 Reduced benzoic-PDI 68 2500 S4 PMTA/SWCNT 74 3830 S5 VG 8/G-0.5 74 3200 S6 PAQ-KB 55 1500 S7 Table S2. The rate performances of CB/PTCDA-4 and recently reported organic SIB cathode materials. Materials Capacity Current density Reference (mAh g-1) (mA g-1) CB/PTCDA-4 100 1000 Our work 91 1000 S8 PTCDI 103 600 S9 DHBQDS nanorod 68 1000 S10 NS-Na2TP 59 1250 S11 PI 70 800 S12 PPy hollow nanosphere 69 320 S13 Na/PAQI 65 1000 S14 Table S3. Impedance parameters of the composites of PTCDA and CB with different mass ratios. RΩ(Ω) Rct(Ω) CB/PTCDA-1 33.4 197.3 CB/PTCDA-2 6.7 180.2 CB/PTCDA-3 5.2 165.4
3.5 V at 100 mA g-1. Figure S9. The suspensions of CB/PTCDA-4 and CB/PTCDA-4-M with the electrolyte (ethylene carbonate-dimethyl carbonate, 1:1) as the solvent. Table S1. The rate performances of CB/PTCDA-4 and the recently reported organic LIB cathode materials. Materials Capacity (mAh g-1) Current density (mA g-1) Reference CB/PTCDA-4 Porous LiFePO4 NDI/rGO Reduced benzoic-PDI PMTA/SWCNT VG 8/G-0.5 PAQ-KB 88 40 100 53 68 74 74 55 5000 5000 1000 800 2500 3830 3200 1500 Our work S1 S2 S3 S4 S5 S6 S7 Table S2. The rate performances of CB/PTCDA-4 and recently reported organic SIB cathode materials. Materials Capacity (mAh g-1) Current density (mA g-1) Reference CB/PTCDA-4 PTCDI DHBQDS nanorod NS-Na2TP PI PPy hollow nanosphere Na/PAQI 100 91 103 68 59 70 69 65 1000 1000 600 1000 1250 800 320 1000 Our work S8 S9 S10 S11 S12 S13 S14 Table S3. Impedance parameters of the composites of PTCDA and CB with different mass ratios. RΩ(Ω) Rct(Ω) CB/PTCDA-1 CB/PTCDA-2 CB/PTCDA-3 33.4 6.7 5.2 197.3 180.2 165.4