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Table 2. Polar organics employed as binders for lithium-sulfur batteries. Polar organics PEI binder AFG binder AHP binder P(VDF- TRFE) binder Polyaniline Chemical structure Sulfur content & sulfur loading massa) 60 & 8.6 54 & 0.7, 3 and 8 51 & 0.5 42 & N/A 59.8 & 0.6-0.9 Binding energy N/A 1.2889 eV between Li2S2 and AFG binder N/A 1.05 eV (0.876 eV) between Li2S (Li−S· species) and P(VDF-TRFE) N/A Cycling datab) Ref. 1126 (744)/50/0.05C [88] 600 (nearly 600)/600/1C [89] [0.7 mg cm-2] 614 (526)/200/0.5C [3 mg cm-2] 988 (842)/50/0.1C [8 mg cm-2] 773 (628)/100/1 C [91] 912 (540)/300/0.5C [92] 872 (439)/50/0.07C [93] a) The sulfur content was calculated based on the weight of sulfur in the cathode, and the unit is wt %. The unit of sulfur loading mass is mg cm-2. b) The cycling data are summarized as Initial (final) capacity/corresponding cycle number/corresponding current density. The specific capacity was calculated based on the weight of sulfur, and the unit of capacity is mAh g-1. 37PDF Image | Advances in Polar Materials for Lithium-Sulfur Batteries
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