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Shipitsyn et al. Energy Mater 2023;3:300038  https://dx.doi.org/10.20517/energymater.2023.22  Page 9 of 37


 Table 2. A summary of the electrochemical performance of full cells with HC anodes in different electrolytes to avoid the effect of an excess Na resource from the metallic sodium anode

 CE at the 1st   Discharge capacity at the 1st  Discharge capacity at the nth   Number n of
 Cathode  Electrolyte  Additive                                             Ref.
 cycle, %  cycle, mAh/g    cycle, mAh/g                    cycles
                                                                                       [53]
 Na 2/3 Ni Mn 2/3 O 2  1M NaClO  + EC/DEC   -  76  300  228  150            Li et al., 2014
 1/3
 4
 (1:1)
 NaNi Mn O  1M NaClO  + PC  -  -  215  75                  100              Komaba et al.,
 1/2  1/2  2  4                                                                [38]
                                                                            2011
 1M NaPF  + PC  -  -  247  118                             100
 6
 1M NaTFSA + PC  -  -  249  105                            100
 Na V (PO ) F  1M NaPF  + EC/DMC   -  83.0  109  71        60               Cometto et al.,
 3  2  4 2 3  6                                                                 [68]
 (1:1)                                                                      2019
 1% TMSPi  76.0  110       93                              60
 3% VC  88.0  108          95                              60
 0.5% NaODFB  85.0  107    31                              60
 0.5% NaODFB + 1%   70.0  109  95                          60
 TMSPi
 0.5% NaODFB + 1%   83.0  110  109                         60
 TMSPi + 3% VC
 Na V (PO ) F  1M NaPF  + EC/PC (1:1)  -                                    Yan et al.,
 6
 3
 4 2 3
 2
                                                                            2019 [69]
 NaNi Fe  Mn O  1M NaPF  + PC/EMC   2% FEC  -  950 mAh  726 mAh  750        Che et al.,
 1/3  1/3  1/3  2  6                                                            [70]
 (1:1)                                                                      2018
 2% FEC + 1% PST  -  950 mAh  802 mAh                      1,000
 2% FEC + 1% PST + 1%   -  950 mAh  876 mAh                1,000
 DTD
 Na V (PO )  0.9M NaFSI + TFEP  -  70.6  87  72            10,000           Jiang et al.,
 3  2  4 3                                                                      [52]
                                                                            2018
                                                                                       [58]
 Na[Cu Ni 2/9 Fe Mn 1/3  1M NaClO  +   2% FEC  74.0  252  175  2,000        Li et al., 2019
 1/9
 1/3
 4
 ]O  EC/DMC/PC (1:1:1)
 2
 Na(Ni Mn Cu Ti )  1M NaPF  + EC/DMC   2% wt. FEC  72.3  144.3  84.7  50    Zhang et al.,
 0.4  0.4  0.1  0.1  6                                                          [59]
 La  O  (1:1)                                                               2022
 0.999  0.001  2  2% wt. FEC + 2% wt. 1,3-  76.7  152.6  125.1
 PS
 2% wt. FEC + 2% wt. DTD 79.1  152.4  121.0
 2% wt. FEC + 0.2% wt.   65.3  139.2  36.3
 PES
 DEC: Diethyl carbonate; DMC: dimethyl carbonate; DTD: 1,3,2-dioxathiolane-2,2-dioxide; EC: ethylene carbonate; FEC: fluoroethylene carbonate; HC: hard carbon; NaFSI: sodium bis-(fluorosulfonyl)imide; NaODFB:
 sodium (oxalate) difluoro borate; PC: propylene carbonate; PES: prop-1-ene-1,3-sultone; PS: 1,3-propane sultone; PST: prop-1-ene-1,3-sultone; TFEP: tri(2,2,2-trifluoroethyl) phosphite; TMSPi: tris(trimethylsilyl)
 phosphite; VC: vinyl carbonate; 1,3-PS: 1,3-propylene sulfite.
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