Electronic Supplementary Information (ESI) Self-assembly of Polyoxometalate / Reduced Graphene Oxide
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1 Electronic Supplementary Material (ESI) for Journal of Materials Chemistry A. This journal is The Royal Society of Chemistry 2017 Electronic Supplementary Information (ESI) Self-assembly of Polyoxometalate / Reduced Graphene Oxide Composites Induced by Ionic Liquids as High Rate Cathode for Batteries: Killing Two Birds with One Stone Feng-Cui Shen a,b,c, Yi-Rong Wang b, Shun-Li Li b, Jiang Liu b, Long-Zhang Dong b, Tao Wei b, Xing Long Wu d, Yan Xu* and Ya-Qian Lan b * a College of Chemical Engineering, State Key Laboratory of Materials-Oriented Chemical Engineering, Nanjing Tech University, Nanjing , P. R. China b Jiangsu Collaborative Innovation Centre of Biomedical Functional Materials, Jiangsu Key Laboratory of New Power Batteries, School of Chemistry and Materials Science, Nanjing Normal University, Nanjing , China c School of Biological and Chemical Engineering, Anhui Polytechnic University, Wuhu, , P. R. China d National and Local United Engineering Laboratory for Power Batteries. Faculty of Chemistry Northeast Normal University, Changchun, Jilin , P. R. China *Correspondence to: yqlan@njnu.edu.cn
2 Figure S1. View of the crystal structure and corresponding XRD characterization of [H 6 Mn 3 V 18 O 42 (VO 4 ) (H 2 O) 12 ] 30H 2 O. (a) crystal structure of [H 6 Mn 3 V 18 O 42 (VO 4 ) (H 2 O) 12 ] 30H 2 O. (b) corresponding XRD pattern, the simulated XRD was obtained by Single-crystal X-ray diffraction analysis. Figure S2. View of the crystal structure and corresponding XRD characterization of Co 3 V 18 O 42 (H 2 O) 12 (SO 4 ) 24H 2 O. (a) crystal structure Co 3 V 18 O 42 (H 2 O) 12 (SO 4 ) 24H 2 O. (b) corresponding XRD pattern, the simulated XRD was obtained by Single-crystal X-ray diffraction analysis.
3 Figure S3. View of the crystal structure and corresponding XRD characterization of Fe 3 V 18 O 42 (H 2 O) 12 (VO 4 ) 24H 2 O. (a) crystal structure Fe 3 V 18 O 42 (H 2 O) 12 (VO 4 ) 24H 2 O. (b) corresponding XRD pattern, the simulated XRD was obtained by Single-crystal X-ray diffraction analysis. Figure S4. FT-IR and TG characterization of composites. (a) Infrared Spectroscopy and (b) TG curve of Mn 3 V 19 /RGO and Mn 3 V 19 -HIL/RGO-1.
4 Figure S5. SEM and TEM images of relative composites. (a) SEM and (b) TEM image of Mn 3 V 19 /RGO, (c) SEM and (d) TEM image of Mn 3 V 19 -HIL, (e) SEM and (f) TEM image of Mn 3 V 19 -EIL/RGO synthesized.
5 Figure S6. The morphology characterization of Co 3 V 18 -HIL/RGO. (a) SEM, (b) TEM image and (c) corresponding mappings of Co 3 V 18 -HIL/RGO synthesized.
6 Figure S7. The morphology characterization of Fe 3 V 19 -HIL/RGO. (a) SEM, (b) TEM image and (c) corresponding mappings of Fe 3 V 19 -HIL/RGO synthesized. Figure S8. EDS analysis. EDS spectrum of (a) Mn 3 V 19 /RGO, (b) Mn 3 V 19 -HIL/RGO-1, (c) Co 3 V 18 - HIL/RGO and (d) Fe 3 V 19 -HIL/RGO composite.
7 Figure S9. Raman spectra of Mn 3 V 19, Mn 3 V 19 /RGO and Mn 3 V 19 -HIL/RGO-1. Figure S10. N 2 adsorption-desorption isotherm and pore size distribution. (A) Nitrogen adsorption-desorption isotherms of Mn 3 V 19 /RGO and Mn 3 V 19 -HIL/RGO-1 respectively. (B) The pore size distribution of the samples by BJH method.
8 Figure S11. XPS analysis. High-resolution XPS spectra of the Mn 3 V 19 -HIL/RGO-1 at the lithiated (a-d) and delithiated state (e-h) of LIBs.
9 Figure S12. Nyquist plots of Mn 3 V 19 -HIL/RGO-1 and Mn 3 V 19 /RGO-1 electrodes in LIBs. Figure S13. SEM images of the Mn 3 V 19 -HIL/RGO-1 electrode. (a) before and (b) after cycles in LIBs.
10 Figure S14. Electrochemical characterization of Mn 3 V 19 -HIL/RGO relative composites as LIB cathodes. (a) Cycle stability of Mn 3 V 19 -HIL/RGO-1, Mn 3 V 19 /RGO and Mn 3 V 19 -HIL at 100 ma g 1 and (b) the corresponding discharge curves of 100th cycles. (c) Cycle stability of Mn 3 V 19 - HIL/RGO-1, Mn 3 V 19 -HIL/RGO-2 and Mn 3 V 19 -HIL/RGO-3 and (d) the corresponding discharge curves of 100th cycles. (e) Cycling performance of Mn 3 V 19 -HIL/RGO-1 at 5 A/g.
11 Figure S15. Electrochemical characterization of Mn 3 V 19 -EIL/RGO as the LIB cathode. (a) Discharge charge curves of Mn 3 V 19 -EIL/RGO at 100 ma g 1. (b) Cycle stability of Mn 3 V 19 - EIL/RGO at 100 ma g -1. (c) Rate capability performance of Mn 3 V 19 -EIL/RGO at various current densities (100, 200, 400, 1000, 2000, 5000, 1000, 100 ma g -1 ).
12 Figure S16. Electrochemical characterization of Co 3 V 18 -HIL/RGO as the LIB cathode. (a) Discharge charge curves and (b) Cycle stability of Co 3 V 18 -HIL/RGO at 100 ma g -1. (c) Rate capability performance of Co 3 V 18 -HIL/RGO at various current densities (100, 200, 400, 1000, 2000, 5000, 1000, 100 ma g -1 ).
13 Figure S17. Electrochemical characterization of Fe 3 V 19 -HIL/RGO as the LIB cathode. (a) Discharge charge curves and (b) Cycle stability of Fe 3 V 19 -HIL/RGO at 100 ma g -1. (c) Rate capability performance of Fe 3 V 19 -HIL/RGO at various current densities (100, 200, 400, 1000, 2000, 5000, 1000, 100 ma g -1 ).
14 Figure S18. Nyquist plots of Mn 3 V 19 -HIL/RGO-1 electrodes in SIBs. Supplemental Tables Table S1. Ratio of the elements in Mn 3 V 19 -HIL/RGO-1, Co 3 V 18 -HIL/RGO and Fe 3 V 19 -HIL/RGO cathode. element C N O Mn V atomic percent (%) element C N O Fe V atomic percent (%) element C N O Co V atomic percent (%)
15 Cathode composite Mn 3 V 19 -HIL/RGO-1 Na2H8[MnV13O38]/G K 3 V 2 (PO 4 ) 3 /C R-Na2 δmnhfc Na 2 Mn I [Mn II (CN) 6 ] Table S2. Comparison of relevant cathode for SIBs. RC (mah g -1 )/ CR(mAh g -1 ) 156.3/100 (50 cycles) 140/26 (0.2C) (100 cycle) 119/100 (100 cycles) ~105/100 (100 cycles) ~209/40 (frist cycles) P2-Na 0.7 CoO 2 125/5 (5 cycles) PDMS/rGO sponge/vopo 4 ~126/50 (five cycles) RC: Reversible capacity. CR: Charge rate. HRC (mah g -1 )/ CR(mAh g -1 ) 92/500 (200 cycles) Potential range (V) Active material ratio(%) ~75/ ~62/500 (1000 cycles) /1850 (20C) ~130/400 (2C) (100 cycles) ~95/50 (0.4C) (300 cycles) ~85/400 (300 cycles) Ref This work Cathode composite Mn 3 V 19 -HIL/RGO-1 Li 7 [V 15 O 36 (CO 3 )] Table S3. Comparison of relevant cathode for LIBs. RC (mah g -1 )/ CR(mAh g -1 ) 188.1/100 (100 cycles) 250/50 (the first cycle) PANI/PMo /27 (50 cycles) SiW 12 /rgo VS 2 /GNS 3S-V 2 O 5 -HMSs ~160/10 (10 cycles) 185.3/36 (200 cycles) 402.4/1000 (100 cycles) HNS VO 2 134/100 (100 cycles) LiMn 2 O 4 CSC-NPs TiO 2 microboxes 122/121 (5 cycles) 187/170 (300 cycles) RC: Reversible capacity. CR: Charge rate. RC (mah g -1 )/ CR(mAh g -1 ) 121/5000 (400 cycles) 150/2000 (100 cycles) ~100/540 (5 cycles) 120/2000 (10 cycles) 114/3600 (5 cycles) 331.8/2000 (11 cycles) 105.3/1000 (500 cycles) 99/2420 (400 cycles) 63/3400 (20 cycles) Potential range (V) Active material ratio(%) Ref This work
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