Electron transfer at birnessite/organic compound interfaces: mechanism, regulation, and two-stage kinetic discrepancy in structural rearrangement and decomposition

Name: Electron transfer at birnessite/organic compound interfaces: mechanism, regulation, and two-stage kinetic discrepancy in structural rearrangement and decomposition
Creator: Huan Ye
Published: 2024-10-09T10:50:59.840Z
Keywords: Electron Transfer, Organic Compound, Density Functional Theory, Manganese Oxide

Ye, Huan; Hu, Zhaoyang; Yin, Rongzhang; Boyko, Teak; Liu, Yunpeng; Li, Yanzhang; Li, Chunjiang; Lu, Anhuai; Li, Yan

doi:10.17632/cc9yz93gfj.2

Electron transfer at birnessite/organic compound interfaces: mechanism, regulation, and two-stage kinetic discrepancy in structural rearrangement and decomposition

Published: 9 October 2024| Version 2 | DOI: 10.17632/cc9yz93gfj.2

Contributors:

Huan Ye,

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"1.xls" includes the all raw data in the Manuscript. "2.xls" includes the all raw data in the Supplementary Material.

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Peking University
Beijing, Beijing

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National Natural Science Foundation of China
Beijing, China
Grant ID: 42192502
National Natural Science Foundation of China
Beijing, China
Grant ID: 92351302
National Natural Science Foundation of China
Beijing, China
Grant ID: 42372049

Electron transfer at birnessite/organic compound interfaces: mechanism, regulation, and two-stage kinetic discrepancy in structural rearrangement and decomposition

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