context: In order to enhance the capacity and rate performance of the electrodes, Fan et al. used 2,6-AQDS 1b in combination with carbon nanotubes (CNTs) and a DME-based electrolyte. Reversible Qm was up to 174 mA h g−1, higher than the theoretical value. It was partially attributed to the contribution from CNTs (23 mA h g−1). The authors assembled a full cell, which had pre-potassiated graphite as an anode. The cell had a Qm of up to 87 mA h g−1 (per mass of AQDS) with an average discharge voltage of 1.1 V. At 500 mA g−1, the capacity retention of the full cell was 33% after 2500 cycles.
answer:  DME-based