The Journal of Physical Chemistry C Virtual Special Issue on Metal Clusters, Nanoparticles, and the Physical Chemistry of Catalysis
Citations
94 citations
Cites background from "The Journal of Physical Chemistry C..."
...There have been several reports on the active electrode materials, such as carbon materials, metal oxides, and conductive polymers.[8-15] MXenes were reported in 2011 as a novel family of two-dimensional graphene-like materials....
[...]
84 citations
Cites background from "The Journal of Physical Chemistry C..."
...601 nm) between two layers provides ideal accommodation sites for alkaline metal ions and the intercalation sites are displayed according to previous reports.[23-25] Therefore, the K or Li are intercalated/deintercalated into the specified sites...
[...]
61 citations
36 citations
Cites background or methods from "The Journal of Physical Chemistry C..."
...The layer-like conjugated structure with highly developed porous flaky structure of the pristine GO-S has been described in our previous studies.[28, 32] The...
[...]
...[40-42] In this work, the TEY and TFY modes, which probe the depths of ~5 nm and ~100 nm layer, respectively, were employed to investigate the sulfur electrodes.[28, 41] The depth profile information provided detailed information on the CEI layer....
[...]
...The synthesis of the CTAB-modified S-GO nano-compositions has been reported in our previous work.[1, 28] Electrolytes containing 0....
[...]
...Benefiting from the element-resolved and chemical environmental-sensitive properties of XAS, various sulfur electrode constituents can be investigated individually.[27-31] Combining the spectroscopic investigations and electrochemical characterizations on Li-S cells with electrolyte containing various concentrations of LiNO3 during longterm cycling we are able to provide new insights on how the LiNO3 in the electrolyte can alter the properties of the CEI layer and thus influence the cell performance....
[...]
...After cycling the cell, three peaks, representing SO3, COSO2, and SO4, respectively,[27, 28, 47, 48] have appeared up in the high photon energy region, which correspond to species of high valence state....
[...]
25 citations
References
23 citations
22 citations
21 citations
21 citations
16 citations