… nanofibers (CNFs), carbon nanosheets, and graphene as well as graphite and amorphous
carbon anodes for SIBs, are briefly reviewed in view of their different dimensions and …

… To fully evaluate the potential of our hard carbon anodes in practical applications, sodium-ion
full cells were also assembled by coupling the hard carbon anode with a Na 3 V 2 (PO 4 ) …

… of sodium ion batteries. In this review, we have accounted for the development of carbon-based …
alloy materials as well as their prospects and challenges for sodium ion battery anodes. …

Hard carbon (HC) has been actively investigated as a high-capacity and low-cost anode
material for sodium-ion batteries (SIBs); however, its sodium-storage mechanism has remained …

… the sodium-ion storage performance for hard carbon anodes. … materials’ electrochemical
performance for sodium-ion … the capacity and rate capability of carbon anodes, and co-doping of …

… hard carbon anodes of sodium-ion batteries is regulated by ester additives in ether-based
electrolytes, which change the solvation and electronic structures of sodium ions … sodium-ion …

… carbon with appropriate structure is expected to be another choice for anode materials of
sodium ion … used pitch, a common precursor for soft carbon, to prepare a carbon anode material …

… for each Na-ion battery from selected precursors. The hard carbon anode has been identified
as a relevant driver for environmental impacts of sodium-ion batteries in a recent work, …

… to lithium-ion batteries, the rate capability and cycling stability of sodium-ion batteries still …
Here we report a novel poplar wood derived hard carbon anode, exhibiting a high specific …

… carbons, the rate performance of soft carbon anodes is much superior. However, these
anodes … higher than 100 mAh g −1 as reported in sodium cells using these soft carbon anodes. …