… storage corresponds to two regions of the HC sodium storage discharge curve: … carbon
anode materials for SIBs is reviewed, especially for HC structure and the capacity limit and the ion …

… anode, amorphous carbon anode, heteroatom-doped carbon anode, biomass derived
carbon anode, and the corresponding sodium storage mechanism of carbonaceous anode for …

… [ 101 ] The mechanism of sodium storage in hard carbon is the focus of these researches,
several mechanisms have been proposed, including “adsorption-intercalation” mechanism (…

… hard carbon anodes for high-… carbon, and the key structural features of hard carbon are
discussed in detail. According to different sodium storage behaviors, several modified sodium …

… the structure of hard carbons through various … carbon materials from different synthetic routes
confound our efforts to elucidate the sodium-ion storage mechanism in hard carbon anodes …

… In this review, we overview the recent progress in hard carbon anodes, with emphasis on
sodium storage mechanism studies by various techniques and computational methods. Guided …

… -derived hard carbon as an anode for sodium-ion batteries (… sodium-ion storage is highly
dependent on the absence of pores detectable through N 2 sorption in sucrose-derived carbon…

… In summary, we investigated HCS as a hard carbon anode for KIBs, as compared to its
performance in NIBs. HCS shows a high capacity of 262 mAh g −1 with 83% of capacity retention …

… works, this article has reviewed the storage mechanism of sodium ions in NCC and evaluated
the structure–behavior relationship between sodium-ion storage and the carbon structure. …

… We find that sodium ions intercalate into graphenic layers, leading to an irreversible quasi-plateau
at ∼0.5 V versus Na + /Na as well as an irreversible expansion seen by in situ …