Temperature Dependence of Hard Carbon Sodium Half-Cells

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Temperature Dependence of Hard Carbon Sodium Half-Cells ( temperature-dependence-hard-carbon-sodium-half-cells )

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es 2022, 8, x FOR PEER REVIEW 13 of 16 Batteries 2022, 8, 108 13 of 16 Figure 9. (a) Rate capability of HC oxidation capacity and Coulombic efficiency at different current Figure 9. (a) Rate capability of HC oxidation capacity and Coulombic efficiency at different current densities with various temperatures of 25, 40 and 60 °C, (b) long◦-term cycling stability and Cou- densities with various temperatures of 25, 40 and 60 C, (b) long-term cycling stability and Coulombic C. Inthisstudy,IHnCthsiosdstiudmy,hHalCf-cseoldlsiumadhealwf-citehlls1maodledwmithN1amCloOl4dimn1:1NEaCCalOndiDnE1C:1ECandDEC −1 −1 performance pisesrifgonrmifiacnacnetliys asifgfencitfiecdanbtylyteamffpecetreadtubrye.teHmCpderealitvuerree. dHlCesdsetlhivaner1e3d0lemssAthagn 130 mA h g lombic efficiency of HC with 25 and 40 °C. ◦ efficiency of HC with 25 and 40 4. Conclusions 4. Conclusions are tested witahrienteastemd pweirtahtiunrea rteamngpeerfraotumre10ratnog8e0fr°oCm. T1h0etoan8a0lysCis. Tdheme aonasltyrastiessdtehmatonstrates that −3 −3 ◦ 4 ◦◦ specific capacsitpyecbiefilocwca2p5a°cCit.yEbvelnowtho2u5ghCth. eEevlenctrtholoyuteghstathrtes teoledcetrgorlaydte asta6r0ts°Cto, itdsetgilrlade at 60 C, −1 −1 showsthehigihtessttilclasphaocwitysathtethhisigtehmesptecraptuarceitoyfa2t70thmisAtehmgpearfatteurr2e0ocfyc2l7e0swmiAthh10g0mAafter 20 cycles −1 ◦ g−1 current. Fwurithe1rm00omreA, tegmpecurartruernets. aFbuorvthee2r5m°oCrei,mtepmropverdatHurCeshaigbhovceur2r5entCdiemnpsirtoyved HC high −1 performance cwuirtrhendtoduebnlesithyepcearpfoarcmityanacte20w0itahndo5u0b0lemtAhegcapcuacrirteynatta2t060a°nCdc5o0m0pmarAedg−1 current at

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