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Dingguo Tang

South-Central Minzu University

China

  • South-Central Minzu University

SCHOLARLY PAPERS

3

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97

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0

Scholarly Papers (3)

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1.

3d-Qsar-Based Molecular Design and One-Step Dialysis Self-Assembled Synthesis of Amphiphilic-Balance Phenylpyrazole Amide Nano-Micelles for Reducing the Toxicities, Enhancing Bioactivity and Natural Sunlight Degradation Properties

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3d-Qsar-Based Molecular Design and One-Step Dialysis Self-Assembled Synthesis of Amphiphilic-Balance Phenylpyrazole Amide Nano-Micelles for Reducing the Toxicities, Enhancing Bioactivity and Natural Sunlight Degradation Properties

Number of pages: 63 Posted: 12 Apr 2025
Yu Wu, Huiling Liu, Yufeng Huang, Yizhe Lei, Lianqing Chen, Benjun Xi, Shiwei Jin, Dingguo Tang, Hua Zhou and Yu Cai
South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, Hubei University of Chinese Medicine and Hubei University of Chinese Medicine
Downloads 22 (1,486,852)

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amphiphilic balanced nano-micelles pesticides, one-step dialysis self-assemble, 3D-QSAR, phenylpyrazole amide derivatives, bioactivity, natural sunlight degradation properties

2.

Dual S-Vacancy-Mediated Snowflake-Like ZISv/CdSv for Simultaneously Photothermal Catalysis Biomass Valorization and H2 Production

Number of pages: 33 Posted: 10 Dec 2025
Lianqing Chen, Yizhe Lei, Yanfei Lu, Benjun Xi, Shiwei Jin and Dingguo Tang
South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University and South-Central Minzu University
Downloads 48 (1,133,231)

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dual S-vacancy, photothermal catalysis, enhanced built-in electric field, redox efficiency, multifunctional catalytic system, high-value chemical synthesis

3.

Dual-Defect-Driven Triple Built-In Electric Fields to Facilitate Charge Rapid Separation of Znin2s4-Vs/Tmc-Vo Core-Shell S-Scheme Heterojunction for Boosting Machine Vision-Assisted Photothermal H2 Evolution

Number of pages: 44 Posted: 08 Mar 2025
Lianqing Chen, Yu Cai, Yueyue Xu, Yanfei Lu, Jinsi Lei, Shiwei Jin, Dingguo Tang, Benjun Xi and Hua Zhou
South-Central Minzu University, Hubei University of Chinese Medicine, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University, South-Central Minzu University and Hubei University of Chinese Medicine
Downloads 27 (1,372,601)

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S-scheme heterojunction, dual-defect-driven, triple built-in electric fields, Photothermal catalytic, machine vision-assisted, interfacial electric field