主讲“物理化学”“分析化学”“普通化学”、及“分析化学双语”课。
  研究领域和兴趣

（1）碳纳米管/离子液体复合材料的电化学修饰电极及其农残分析应用

（2）离子液/纳米材料凝胶电化学探针研究

（3）有机农药废水处理新技术开发及廉价金属材料的脱氯分析

主要论著

1. Jiangtao Duan ^a, Hong Zhu        ^a*, Fuyuan Xu^b*, Jianzhuang Zhao ^a , A        new approach to 4-chlorophenol dechlorination on monometallic copper        compared to its Cu/Fe bimetallic system，Chemical Engineering Journal,2016 ,(304) 282–288.(SCI,IF        6.2)

2. Jing Liu^a, Hong Zhu ^a*,        Fuyuan Xu^b*, Jianzhuang Zhao ^a， Enhanced Hydrodechlorination of 4-Chlorophenol        by Cu/Fe bimetal via ball-milling， Desalination and Water Treatment,2017,(64),157-164 .(SCI,IF 1.7)

3. Hong Zhu, Fengxia Chang, Zhiwei        Zhu*; The fabrication of carbon nanotubes array-based electrochemical        chiral sensor by electrosynthesis; Talanta, 2017,(166),70-74 .(SCI,IF 4.3)

4. Hong Zhu*, Fuyuan Xu; Catalytic        hydrodechlorination of monochloroacetic acid in wastewater using Ni-Fe        bimetal prepared by ball milling; Environmental Science and Pollution Research,2015,22(18), 14299-14306 .(SCI,IF        2.8)

5.  Hong Zhu, Xianghong Liang, Jitao Chen, Meixian        Li, Zhiwei Zhu*; The influence of ionic liquids on the fabrication of        nonenzymatic glucose electrochemical sensor; Talanta, 2011, 85, 1592–1597 .(SCI,IF 4.3)

6. 基于SEM-EDS及GC-MS技术研究有机氯分子结构对零价铜脱氯机制的影响，朱洪，岩矿测试，2015,34（2）,169-175（中文核心）

7. 农药废水降解技术的比较及优化分析，朱洪，北京农学院学报，2014,29（4）,91-96（中文核心）

8.  Hong Zhu, Catalytic Hydrodechlorination of        Monochloroacetic Acid in Wastewater Using Ni-Fe Bimetal Prepared by Ball        Milling, 5th        IWA-ASPIRE Conference &Exhibition,2014

9.  Hong Zhu, Preparation and        hydrodechlorination performance study of Ball Milling Cu / Fe        alloy,6th        IWA-ASPIRE Conference &Exhibition,2015

10.  Jia Liu, Yifan Qin , Hong Zhu,        Jiangzhuang Zhao,Electrochemical Construction of Vertical Single-Walled        Carbon Nanotubes Array as Clenbuterol Sensor,Chinese Journal of Analytical        Chemistry,2018,        46(2):225-231