基本简介 Basic Information
职称/Position：副教授（学术兼专业博导）/Associate Professor (Doctoral Supervisor)
学位/Degree：博士/Ph. D.
毕业学校/Education：香港科技大学/HKUST、浙江大学/Zhejiang University
主要兼职/Peer Reviewers：Advanced Materials、Nanoscale Research Letter、Journal of Materials Science等国际期刊独立审稿人
电子邮件/Email：jiangxzh7@mail.sysu.edu.cn
个人主页/Personal Website：暂无（N/A）
学历 Education Background
本科/Bachelor：浙江大学主修：材料与化学工程学院；辅修：竺可桢学院（工程教育高级班）
Zhejiang University, Major: College of Chemical Engineering & Bioengineering, Minor: Chu Kochen Honors College (ACEE)
博士/Ph. D.：香港科技大学机械工程系；导师：张统一院士
Hong Kong University of Science and Technology, Department of Mechanical Engineering, Supervisor: Prof. Tong-Yi Zhang
学术经历 Work Experience
博士后/Postdoctoral：佐治亚理工学院，制造研究所；导师：Chuck Zhang 教授
Georgia Institute of Technology, Georgia Tech Manufacturing Institute, Supervisor: Prof. Chuck Zhang
学科方向Research Interests
所在学科/Discipline：材料物理/Material Physics
研究方向/Directions：海洋工程材料与装备、纳米功能材料（摩擦起电材料、吸波材料等）、传感材料与器件（细胞微生物传感器、海洋传感器等）、柔性电子材料等
Marine engineering materials & equipment, nanomaterials, sensing materials & devices, flexible electronic materials, etc
研究兴趣/Interests：海洋防腐蚀与防污损、深海/极地材料服役安全、智能材料在海工装备中的应用、柔性电子材料在生物医学中应用等
Anti-corrosion and anti-biofouling in marine engineering, in-service safety of materials in deep-sea or polar environment, smart materials in marine engineering equipment, flexible electronic materials in biomedical applications,etc.
招收上述方向的学术/专业硕士、博士研究生（由每年分配名额情况而定），有航海经验 或 立志建设海洋强国的学生优先。
Welcome to postgraduate applications in aforementioned directions.
学术业绩Academic Performance
在ACSNano、Chemical Engineering Journal、NanoEnergy、Small等国际高水平学术期刊发表论文40篇，其中第一/通讯作者21篇；申请发明专利27项（授权4项）；先后承担国家级项目2项（负责1项，500万；参与1项，分担80万）、省部级项目6项（负责5项，367万；参与1项，分担100万）、市级项目1项（负责，5万）、横向项目1项（负责，20万），合计以项目/课题负责人承担经费892万元，以参与人分担经费180万元；于中国材料大会2025等作邀请报告及担任分会场主持人2次，其他口头报告1次；担任“珠海云”南海海域新型海工装备技术验证及材料腐蚀研究综合航次（ZHY-2025-006）首席科学家。
Published 40 papers in international high-level journals such as ACS Nano, Chemical Engineering Journal, Nano Energy, and Small, applied 27 invention patents (4 granted), awarded 10.72 million RMB as research funding, gave 3 oral presentations(2 invited and serving as the section host), andserved as the chief scientist of 1 voyage of the Zhuhai Yun Research Vessel (No. ZHY-2025-006).
荣誉获奖 Awards
中山大学“百人计划”青年学术骨干（2021）
中山大学第十二届教师教学竞赛初赛工科课程教学组 最具工科特色奖（2024）
第十三届“华港杯”广东大学生材料创新大赛 优秀指导老师（2024）
中山大学第十三届教师教学竞赛初赛工科课程教学组 二等奖（2025）
代表论著（近两年） Recent Publications
(完整列表链接更新于2025.8.9/Full list link updated on 2025.8.9：https://docs.qq.com/doc/DR2prcVdoc1JESHBj)
2025年：
[1] Zhou Z, …, Jiang X*. Low-voltage alternating electric field-based repelling method for biofouling microorganisms and its mechanism. Colloids and Surfaces A: Physicochemical and Engineering Aspects 2025;718:136950. (25年中科院2区; JCR Q2)
[2] Li S, …, Jiang X*. Neural-structured Co@C/MWCNTs nanocomposites with low-frequency microwave absorption and corrosion resistance. Chemical Engineering Journal 2025;516:164057. (25年中科院1区Top; JCR Q1)
[3] Zuo-Jiang S, …, Jiang X*, …. Research on pitting corrosion of 316 stainless steel in the deep-sea water and sediments of the South China Sea. Materials Characterization 2025;225:115176. (25年中科院2区; JCR Q1)
[4] Xiang M, …, Jiang X*, …. Pitting corrosion simulation from UH3 expansion in uranium hydrogen environment with a validation through existing experimental data. Journal of Nuclear Materials 2025;610:155783. (25年中科院2区; JCR Q1)
[5] Huang X, …, Jiang X*. Underwater high-performance flag-shaped triboelectric nanogenerator for harvesting energy in ultraslow water current. Nano Energy 2025;135:110664. (23年中科院1区Top; JCR Q1)
[6] Xiang M, …, Jiang X*, …. Numerical simulation of oxidative corrosion of metallic uranium in a confined environment with a validation through existing experimental data. Journal of Materials Research and Technology 2025;35:5421-30. (23年中科院2区Top; JCR Q1)
[7] Li N, Jiang X*, …. A Liquid Metal-Based Temperature-Responsive Low-Toxic Smart Coating for Anti-Biofouling Applications in Marine Engineering. Small Methods 2025;9:2401028. (23年中科院2区; JCR Q1)
[8] Li N, …, Jiang X*, …. The interaction mechanism of titanium alloy TC4 between passive film and sulfate reducing bacteria biofilm in marine environment. Applied Surface Science 2025;690:162620. (23年中科院2区Top; JCR Q1)
[9] Wu R, …, Jiang X, …. Hierarchical multi-shell hollow porous NiO/Co3O4 nanospheres with enhanced dielectric-magnetic synergy for high-efficiency microwave absorption. Chemical Engineering Journal 2025;520:166063. (25年中科院1区Top; JCR Q1)
[10] Li S, …, Jiang X, …. Heterogeneous interface engineering of bionic corn-structured ternary nanocomposites for excellent low-frequency microwave absorption. Materials Today Physics 2024;42:101390. (23年中科院2区; JCR Q1)
2024年：
[11] Xiang M, …, Jiang X*, …. Enhanced irradiation tolerance of the body-centered cubic structured FeCrW medium-entropy alloy as revealed from primary damage process. Materials Today Communications 2024;40:109635. (23年JCR Q2)
[12] Hu K, …, Jiang X*, …. Microstructure regulation and performance of titanium alloy coating with Ni interlayer on the surface of mild steel by laser cladding. Surface and Coatings Technology 2024;487:130939. (23年中科院2区Top; JCR Q1)
[13] Hu K, …, Jiang X*, …. The relationship between an input energy density and the microstructure evolution of the Ti-6Al-4V alloy via laser remelting. Materials Characterization 2024;209:113703. (23年中科院2区; JCR Q1)
[14] Hu K, Jiang X*, …. Solidification and corrosion mechanisms: A novel metallurgical bonding Ti-6Al-4V coating on mild steel. Surface and Coatings Technology 2024;476:130258. (23年中科院2区Top; JCR Q1)
[15] Li S, …, Jiang X, …. Heterogeneous interface engineering of bionic corn-structured ternary nanocomposites for excellent low-frequency microwave absorption. Materials Today Physics 2024;42:101390. (23年中科院2区; JCR Q1)
[16] Zhang L, …, Jiang X, …. Facile and precise synthesis of core-shell ZnO/C nanorods with excellent microwave absorption. Diamond and Related Materials 2024;148:111490. (23年JCR Q2)
[17] Li S, …, Jiang X, …. Lightweight Fe3O4/Fe/C/rGO multifunctional aerogel for efficient microwave absorption, electromagnetic interference shielding, hydrophobicity and thermal insulation. Chemical Engineering Journal 2024;498:155405. (23年中科院1区Top; JCR Q1)
[18] Zhang L, …, Jiang X, …. Template-sacrificing synthesis of hollow Co@C nanorods for excellent microwave absorption. Colloids and Surfaces A: Physicochemical and Engineering Aspects 2024;699:134610. (23年中科院2区; JCR Q2)
[19] Zhang L, …, Jiang X, …. Construction of hierarchical ZnO-NiCo2O4-NiCo2O4 core-shell microstructure with efficient microwave absorption. Applied Surface Science 2024;649:159203. (23年中科院2区Top; JCR Q1)
