Figure 1: DFT calculation of the reaction chemistry of Li-SO2 batteries. | Nature Communications

Figure 1: DFT calculation of the reaction chemistry of Li-SO2 batteries.

From: High-efficiency and high-power rechargeable lithium–sulfur dioxide batteries exploiting conventional carbonate-based electrolytes

Figure 1

(a) Energy diagrams for electrochemical reduction reaction of SO2 gas under EC/DMC and TEGDME. (b) Energy profiles for ICF of chemical EC decomposition reaction by O2− (blue) and SO2− (red). (c) Reaction pathway between SO2− and lithium ions with corresponding energy profiles under EC/DMC (red) and TEGDME (blue).

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