Fig nbsp xA Cycling performance of a

Fig. 3. Cycling performance of (a) sulfur and (b) [email protected] composite at 170 mA g−1.Figure optionsDownload full-size imageDownload as PowerPoint slide
Fig. 4. (a) Cycling performance of [email protected] composite at 170, 340, and 510 mA g−1; (b) charge/discharge performance of the [email protected] composite at 60th BIM 23127 and 170 mA g−1; 120th cycle and 340 mAh g−1; and 180th cycle and 510 mAh g−1.Figure optionsDownload full-size imageDownload as PowerPoint slide
3.3. Microstructure characterization
Fig. 5 shows the XRD patterns of sulfur, PANI, and [email protected] composite. The single-phase of sulfur and amorphous phase of PANI was observed in the XRD patterns of sulfur and PANI, respectively. The phases of sulfur were determined in the XRD patterns of the [email protected] composite because of the higher intensity of sulfur than PANI. The sulfur phase of the [email protected] composite became slightly wider than those of pure S, which implied Sporozoans small sulfur particles were deposited on the PANI surface during preparation.