Figures & data
Figure 1. Plastic waste management from 1960 to 2018 in the US[Citation1].
![Figure 1. Plastic waste management from 1960 to 2018 in the US[Citation1].](/cms/asset/14abf240-c2db-4477-8469-4bd78ab5ce56/tess_a_2362676_f0001_oc.jpg)
Table 1. The naming of electrically conductive elastomers (based on the mass of LiTFSI).
Figure 3. Prepolymerization and polymerization process of preparation of electrically conductive elastomers.
![Figure 3. Prepolymerization and polymerization process of preparation of electrically conductive elastomers.](/cms/asset/544ca558-9aa9-4e69-ae67-15ce68ab114d/tess_a_2362676_f0003_b.gif)
Figure 4. (a) The electrically conductive elastomer product before drying; (b) The electrically conductive elastomer product after drying 18 hours.
![Figure 4. (a) The electrically conductive elastomer product before drying; (b) The electrically conductive elastomer product after drying 18 hours.](/cms/asset/392ec83b-37f2-4c0d-8578-467cde8a4fdb/tess_a_2362676_f0004_oc.jpg)
Figure 7. (a) The C1s region scan XPS of 20% LiTSFI conductive elastomer; (b) the N1s region scan XPS of 20% LiTSFI conductive elastomer; (c) the O1s region scan XPS of 20% LiTSFI conductive elastomer; (d) the F1s region scan XPS of 20% LiTSFI conductive elastomer; (e) the S2p region scan XPS of 20% LiTSFI conductive elastomer; (f) the Li1s region scan XPS of 20% LiTSFI conductive elastomer.
![Figure 7. (a) The C1s region scan XPS of 20% LiTSFI conductive elastomer; (b) the N1s region scan XPS of 20% LiTSFI conductive elastomer; (c) the O1s region scan XPS of 20% LiTSFI conductive elastomer; (d) the F1s region scan XPS of 20% LiTSFI conductive elastomer; (e) the S2p region scan XPS of 20% LiTSFI conductive elastomer; (f) the Li1s region scan XPS of 20% LiTSFI conductive elastomer.](/cms/asset/f4d15494-d657-4277-b24a-6415e5c4ab7c/tess_a_2362676_f0007_oc.jpg)
Table 2. Carbon, hydrogen, and nitrogen content of conductive elastomers of different masses of LiTSFI.