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李承超 (Chengchao Li)

Guangdong University of Technology副教授邮箱:licc@gdut.edu.cn

H指数:29

被引数:3,689

个人简介

" 道路桥梁与岩土工程系职称：副教授学历\\学位：研究生\\博士电子邮箱：ccli@usts.edu.cn 通讯地址：苏州市高新区滨河路1701号个人概况教育背景2018.09～2021.06 南京水利科学研究院岩土工程专业博士2015.09～2018.06 江苏科技大学岩土工程专业硕士2011.09～2015.06 江苏科技大学土木工程专业本科工作经历2021.07～2024.11 苏州科技大学土木工程学院讲师2024.11~至今苏州科技大学 ..."

教育背景

2018.09 – 2021.06
南京水利科学研究院博士岩土工程专业
2015.09 – 2018.06
江苏科技大学硕士岩土工程专业
2011.09 – 2015.06
江苏科技大学本科土木工程专业

工作经历

2024.11 – 至今
苏州科技大学
副教授
2021.07 – 2024.11
苏州科技大学土木工程学院
讲师

荣誉奖项

暂无内容

Ultra-Stable Vanadium-Based Zinc-Ion Batteries via Complete Confinement of Free Water Into Bound Water by an Organic–Inorganic Viscoelastic Solid Electrolyte

通过有机-无机粘弹性固态电解质将自由水完全转化为束缚水以实现超稳定钒基锌离子电池

Advanced Functional Materials

IF19

2026-09-260

PRE

Hofmeister‐Regulated Amide‐Protonated Hydrogel Enables Organo‐Interhalogen Conversion‐Type Quasi‐Solid‐State Zn Batteries With Practical Iodine Loadings

霍夫meister调控的酰胺质子化水凝胶实现了具有实用碘负载量的有机-卤素转换型准固态锌电池

Angewandte Chemie-International Edition

IF16.9

2026-09-260

PRE

Hierarchical Ligand Solvation Directs Organic-Templated Growth of Ordered ZnF₂ Toward Ultrastable Zn Metal Anode

层级配体溶剂化指导有机模板法制备有序ZnF<sub>2</sub>以实现超稳定锌金属负极

IF12.1

2026-09-240

PRE

Phase Inversion-Engineered Ultrathick Electrodes With Intrinsic Hydrogel Interphase for High Areal Capacity Aqueous Zinc–Iodine Batteries at Room/Subzero Temperatures

相 inversion-工程化超厚电极，具有固有水凝胶界面，用于室温/零下温度下高面容量水系锌-碘电池

Advanced Materials

IF26.8

2026-09-160

PRE

Sulfone Modification Enables Merged Multi-Electron Transfer Towards High Voltage Output in Phenoxazine-Based Zinc-Organic Cathodes

砜基修饰促进吩嗪基锌-有机正极实现高电压输出的多电子转移整合

IF12.1

2026-09-110

PRE

Reversible Silicon Oxychloride Redox for Energetic Zn Batteries With Near-Zero Shuttle and Ultralow Self-Discharge

可逆硅氧氯化物氧化还原应用于近零穿梭和超低自放电的高能量锌电池

Advanced Functional Materials

IF19

2026-09-070

PRE

Bilateral Stabilization Enabled by Electrostatic Interaction Within Zwitterionic Additives Toward Long-Life Aqueous Zinc Iodine Batteries

通过离子添加剂内静电相互作用实现的协同稳定化用于长寿命水系锌碘电池

Advanced Functional Materials

IF19

2026-09-070

PRE

Breaking the Underestimated Vicious Cycle of OH⁻ Migration via a Janus Separator in Aqueous Zn–Halogen Batteries

通过Janus隔膜打破水系锌-卤素电池中OH<sup>−</sup>迁移的低估恶性循环

IF12.1

2026-09-030

PRE

Cation-Mediated Water Activity Balance Enables High-Rate Four-Electron Zn-I₂ Batteries

IF12.1

2026-09-010

PRE

Decoupled yet Synergistic Microdomains via In Situ Phase Separation Enabling Ultra-Stable Zinc Metal Anodes

通过原位相分离使超稳定的锌金属阳极解耦而又协同的微域

Advanced Energy Materials

IF26

2026-07-200

PRE

Bond Exchange‐Driven Interfacial Relay Redox Enables Ultrahigh‐Rate Zn Batteries With High Iodine Utilization

化学键交换驱动的界面接力氧化还原反应实现高碘利用率的高倍率锌电池

Angewandte Chemie-International Edition

IF16.9

2026-06-030

OA

Synergistic Current Collector and Electrolyte Additive Enable 10 000-Cycle Zinc Iodine Batteries with Low N/P Ratios

协同集电器和电解质添加剂使低N/P比的10 000次循环锌碘电池成为可能

Advanced Energy Materials

IF26

2026-04-280

PRE

Regulating Dynamic Solid Electrolyte Interfacial Evolution via α-H Methyl Substitution Carboxylate Ester Electrolytes Toward 20 Ah Wide-Temperature (−60°C∼70°C) Li-Ion Pouch Cells

通过α-甲基取代羧酸酯电解质调控动态固态电解质界面演化，实现20 Ah宽温域（−60°C∼70°C）锂离子软包电池

Angewandte Chemie International Edition

IF16.9

2026-04-130

PRE

Simultaneous Inhibition of I+ Hydrolysis and Polyiodide Shuttle Enabled by Choline-Based Electrolyte Additives toward Long-Life Zinc–Iodine Batteries

通过胆碱基电解质添加剂同时抑制I⁺水解和聚碘穿梭以实现长寿命锌-碘电池

ACS Applied Materials & Interfaces

IF0

2026-04-030

PRE

Organo-interhalogen chemistry enables high-voltage bromine redox for stable zinc batteries

有机间卤化物化学使溴的高电压氧化还原成为可能，用于稳定的锌电池

energy environ. sci.

IF0

2026-02-160

PRE

Bulk-to-IHP Zn Interphase Engineering With Mannitol Additive Enables (002)-Textured Zn Plating With Suppressed Hydrogen Evolution Reaction for Ah-Level Aqueous Zinc-Iodine Pouch Cells

使用甘露醇添加剂的散装至IHP Zn相间工程使 (002) 织构化的Zn镀层具有抑制的氢析出反应，可用于Ah级水性锌碘袋状电池

Advanced Materials

IF26.8

2026-02-030

PRE

Phosphorus-Induced Charge Redistribution and Lattice Self-Regulation in Cu3PSe4 Enables Low N/P Ratio and Durable Zn–I2 Batteries

Cu3PSe4中磷诱导的电荷重新分布和晶格自我调节可实现低N/P比和耐用的Zn-I2电池

Angewandte Chemie International Edition

IF16.9

2026-01-290

PRE

Coordination-Escorted Organo-Interhalogen Conversion Enables Durable Dual-Deposition Zn||I2 Batteries with High Areal Capacities

配位引导的有机-卤间化合物转化实现了具有高面容量的耐久性双沉积Zn||I2电池

Energy Environ. Sci.

IF0

2025-12-050

PRE

Mechanically Strong and Tough Ionic Liquid Gel Electrolyte for Four-Electron Zinc–Iodine Batteries

机械强度高且韧性好的离子液体凝胶电解质用于四电子锌-碘电池

Journal of the American Chemical Society

IF15.6

2025-12-020

PRE

Synchronous Engineering of Crystalline-Amorphous Heterointerfaces and Anionic Doping in Copper Telluride Nanotubes Toward High-Performance Rocking-Chair Aqueous Zn-Ion Batteries

碲化铜纳米管中结晶-非晶异质界面和阴离子掺杂的同步工程，用于高性能摇椅式水性Zn离子电池

IF12.1

2025-11-250

PRE