Abstract:Organic sulfur in coal can pollute the atmosphere due
to the emission
of SO
x
gas during coal combustion and
utilization. Although the relative distributions of the different
organosulfur functional groups change with progressive coalification
(maturity), how these groups are incorporated in the macromolecule
structures of coals and the role they play in the coalification process
remain ambiguous. The purpose of this study, then, is to elucidate
these relationships by using thermodynamic simulation with a rea… Show more
“…The strong S 2p3/2 contributions at 160.2 (S T –1 ) and 161.4 eV (S B 0 ) indicates the presence of long-chain LiPSs around 2.3 V. However, the S T –1 and S B 0 peaks almost vanished when discharged to 2.1 V due to the consumption of the long-chain LiPSs. It proves the fast and complete LiPSs conversion of NCM-MOFs . Furthermore, it is obvious that the peak representing thiosulfate undergoes a significant decrease from 2.3 to 2.1 V. Similar results were also observed in Nazar et al’s work that may provide a sideview of the highly efficient thiosulfate conversion during the charge–discharge process.…”
Section: Resultssupporting
confidence: 83%
“…It proves the fast and complete LiPSs conversion of NCM-MOFs. 49 Furthermore, it is obvious that the peak representing thiosulfate undergoes a significant decrease from 2.3 to 2.1 V. Similar results were also observed in Nazar et al's work 50 that may provide a sideview of the highly efficient thiosulfate conversion during the charge−discharge process.…”
Section: Chemical and Physical Dual Interaction Of Lipsssupporting
“…The strong S 2p3/2 contributions at 160.2 (S T –1 ) and 161.4 eV (S B 0 ) indicates the presence of long-chain LiPSs around 2.3 V. However, the S T –1 and S B 0 peaks almost vanished when discharged to 2.1 V due to the consumption of the long-chain LiPSs. It proves the fast and complete LiPSs conversion of NCM-MOFs . Furthermore, it is obvious that the peak representing thiosulfate undergoes a significant decrease from 2.3 to 2.1 V. Similar results were also observed in Nazar et al’s work that may provide a sideview of the highly efficient thiosulfate conversion during the charge–discharge process.…”
Section: Resultssupporting
confidence: 83%
“…It proves the fast and complete LiPSs conversion of NCM-MOFs. 49 Furthermore, it is obvious that the peak representing thiosulfate undergoes a significant decrease from 2.3 to 2.1 V. Similar results were also observed in Nazar et al's work 50 that may provide a sideview of the highly efficient thiosulfate conversion during the charge−discharge process.…”
Section: Chemical and Physical Dual Interaction Of Lipsssupporting
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