Author Page for Shixin Huang

Pyrolyzed Iron–Nitrogen–Carbon Hybrids Enable Efficient Periodate Activation Toward Contaminant Decomposition: Active Site, Degradation Mechanism, and Influential Factors

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Pyrolyzed Iron–Nitrogen–Carbon Hybrids Enable Efficient Periodate Activation Toward Contaminant Decomposition: Active Site, Degradation Mechanism, and Influential Factors

Number of pages: 40 Posted: 03 Dec 2022

Yangke Long, Shixin Huang, Shiyin Zhao, Guicong Xiao, Jianlin Sun and Dan Peng

Shenzhen Institute of Information Technology, Southern University of Science and Technology, National University of Defense Technology, Guangzhou University, Shenzhen Institute of Information Technology and Shenzhen Institute of Information Technology

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Abstract:

Pyrolyzed Iron–Nitrogen–Carbon Hybrids Enable Efficient Periodate Activation Toward Contaminant Decomposition: Active Site, Degradation Mechanism, and Influential Factors

Number of pages: 40 Posted: 06 Feb 2023

Yangke Long, Shixin Huang, Shiyin Zhao, Guicong Xiao, Jianlin Sun and Dan Peng

Shenzhen Institute of Information Technology, Southern University of Science and Technology, National University of Defense Technology, Guangzhou University, Shenzhen Institute of Information Technology and Shenzhen Institute of Information Technology

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Abstract:

2.

Markedly Boosted Peroxymonosulfate- and Periodate-Based Fenton-Like Activities of Iron Clusters on Sulfur/Nitrogen Codoped Carbon: Key Roles of a Sulfur Dopant and Compared Activation Mechanisms

Number of pages: 41 Posted: 24 Jun 2022

Yangke Long, Shixin Huang, Jianlin Sun, Dan Peng and Zuotai Zhang

Shenzhen Institute of Information Technology, Southern University of Science and Technology, Shenzhen Institute of Information Technology, Shenzhen Institute of Information Technology and Southern University of Science and Technology

Downloads 33 (1,290,922)

Citation 1

Shixin Huang

Southern University of Science and Technology

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84

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Scholarly Papers (2)

Pyrolyzed Iron–Nitrogen–Carbon Hybrids Enable Efficient Periodate Activation Toward Contaminant Decomposition: Active Site, Degradation Mechanism, and Influential Factors

Pyrolyzed Iron–Nitrogen–Carbon Hybrids Enable Efficient Periodate Activation Toward Contaminant Decomposition: Active Site, Degradation Mechanism, and Influential Factors

Abstract:

Pyrolyzed Iron–Nitrogen–Carbon Hybrids Enable Efficient Periodate Activation Toward Contaminant Decomposition: Active Site, Degradation Mechanism, and Influential Factors

Abstract:

Markedly Boosted Peroxymonosulfate- and Periodate-Based Fenton-Like Activities of Iron Clusters on Sulfur/Nitrogen Codoped Carbon: Key Roles of a Sulfur Dopant and Compared Activation Mechanisms

Abstract: