师资力量

陈昌国教授/博士生导师,1982年重庆大学学士,1988年重庆大学理学硕士,1995年重庆大学工学博士,1997年重庆大学教授。加拿大University of Calgary访问科学家(2007.12-2008.6)。获中国化学会优秀青年化学奖、教育部科学技术二等奖两项、重庆市教学成果二等奖,申请专利15项(获权5项),发表论文280余篇,主编教材《实验化学导论》和《现代基础化学实验》(重庆大学出版社,2010)。

联系方式

联系方式:Email: cgchen@cqu.edu.cn, Tel: 13608357956

实验室:虎溪校区理科楼LC307

研究方向

学术兴趣包括:


现代电化学研究向:金属空气电池、锂离子电池、光谱电化学方法、电化学仪器等。

材料结构化学方向:材料X射线衍射、分子光谱、量子化学方法与计算等。

现代分析测试方向:分析测试仪器微机化、数据处理方法、VB程序设计等。

代表性论文、专著和专利

1.Jing Xu*,Zhengnan Wei,Wenran Yan,Peilong Chen,Jie Li,Kejing Huang*,Changguo Chen*.Investigation of the influence of voltage pulse on the initial delayed actionof Mg batteries.Journal of Power Sources,2021(01),481:228777(1-8)

2.Sha Li,Pan Xu,Muhammad Kashif Aslam,Changguo Chen**,Arif Rashid,Gulian Wang,Li Zhang*,Bingwei Mao.Propelling polysulfide conversion for high-loading lithium–sulfur batteries through highly sulfiphilic NiCo2S4nanotubes.Energy Storage Materials,2020(05),27:51–60

3.Jing Xu**,Zhengnan Wei,Licheng Tang,Ao Wang,Yu Zhang,Yueheng Qiao,Changguo Chen*. Effects of short pulse current on the voltage delay behavior of magnesium battery.Journal of Power Sources,2020(02),454:227869(1-8)

4.Bingbing Hu,Chuanlan Xu,Muhammad Kashif Aslam,Yuan Cen,Jiahong Hu,Yan Li,Yuping Liu,Chaozhong Guo*,Danmei Yu*,Changguo Chen*.La-doped V2O5·nH2O@OAB and flexible Fe2O3@rGO as binder-free thin film electrodesfor asymmetric supercapacitors.Chemical Engineering Journal,2020(01),389:123534

5.Yuan Cen=,Sha Li=,Yan Zhou,Xing Cai,Xian Wang,Qin Xiang,Bingbing Hu,Danmei Yu,Yuping Liu*,andChangguo Chen*.Ultrathin VO2(B) Nanosheets as Cathode Material forHigh-Performance Hybrid Magnesium-Lithium Ion Batteries.Journal of The Electrochemical Society,2019(05),166(8):A1660-A1668

6.Jiaqiang Li,Sha Li,Qing Liu,Chen Yin,Lianming Tong,Changguo Chen*,and Jin Zhang*.Synthesis of Hydrogen Substituted Graphyne Film for Lithium–Sulfur Battery Application.Small,2019(03),1805344:1-8

7.Sha Li=,Yuan Cen=,Qin Xiang,Muhammad Kashif Aslam,Bingbing Hu,Wei Li,Ya Tang,Qi Yu,Yuping Liu* andChangguo Chen*.Vanadium Dioxide-Reduced Graphene Oxide Binary Hostas an Efficient Polysulfide Plague for High Performance Lithium Sulfur Batteries.Journal ofMaterial ChemistyA,2019 (02),7:1658-1668

8.Muhammad Kashif Aslam,Syed Shoaib Ahmad Shah,Sha Li,ChangGuo Chen*.Kinetically Controlled Synthesis of MOF Nanostructures: Single-Holed Hollow Core–Shell ZnCoS@Co9S8/NC for Ultra-high Performance Lithium–ion Batteries.Journal ofMaterial ChemistyA,2018(07),6:14083–14090

9.Jiaqiang Li,JingXu,Ziqian Xie,Xin Gao,Jingyuan Zhou,Yan Xiong,Changguo Chen*,Jin Zhang*,Zhongfan Liu*.Diatomite-templated Synthesis of Free-standing Three-dimensional Graphdiyne for Energy Storage and Catalysis Application.AdvancedMaterials,2018(03),30(13):1800548

10.Jing Xu,Qiaoling Yang,Chunli Huang,Muhammad Sufyan Javed,Muhammad Kashif Aslam, andChangguo Chen*.Influence ofAdditivesFluoride andPhosphateon theElectrochemicalPerformance of Mg–MnO2Battery.Journal ofAppliedElectrochemisty,2017(7),47(7):767-775

11.Qiaoling Yang,Lin Chen, Jing Xu,Youlai Gong, Ling Deng, andChangguo Chen*.Study of the Corrosion and Surface Film Growth on AZ63Magnesium Alloy in MgSO4Solution.Journal of The Electrochemical Society,2017(6),164(6):C324-C329

12.Qiaoling Yang,Jing Xu,Lin Chen,Youlai Gong,Xizhen Sun,andChangguo Chen*.The Effects of NaHCO3on the Voltage Delay of Mg Cell withAZ31B Magnesium Alloy in Mg(ClO4)2Electrolytic Solution.Journal of The Electrochemical Society,2017(4),164(4):A630-A637

13.Yanrong Li, Chaozhong Guo*,Jiaqiang Li, Wenli Liao, Zhongbin Li,Jin Zhang*,andChangguo Chen*.Pyrolysis-inducedSynthesis ofIron andNitrogen-ContainingCarbonNanolayersModifiedGraphdiyneNanostructure asAPromisingCore-ShellElectrocatalyst forOxygenReductionReaction.Carbon,2017(8),119:201-210

14.WuHuijuan,GuoChaozhong*,LiJiaqiang,Ma Zili,Feng Qiyun,andChen Changguo*.AGraphenebasedElectrocatalystCodoped withNitrogen andCobalt forOxygenReductionReaction.International Journalof Hydrogen Energy,2016(12),41(45):20494-20501

15.Huang Zhonglin,Chen Changguo*, Xie Jiyun,andWang Zengxiang. The Evolution of Dehydrationand ThermalDecomposition ofNanocrystalline andAmorphousChromiumHydroxide.Journal ofAnalysis and Applied Pyrolysis,2016(2),118:225-230

16.Zili Ma,Chaozhong Guo, Yanjun Yin,Yaqiong Zhang,Huijuan Wu, andChangguo Chen*.TheUse ofCheapPolyaniline andMelamineCo-modifiedCarbonNanotubes asActive andStableCatalysts forOxygenReductionReactioninAlkalineMedium.Electrochimica Acta,2015(2),160:357-362

17.Lin Chen,Changguo Chen*, Ningning Wang, Yuping Liu, Jimin Wang, Ling Deng, and Qiaoling Yang. Electrochemical andStructuralCharacterization of AZ63AlloySurfaceFilm in MgSO4Solution.Journal of AppliedElectrochemistry, 2014(7),44:773-779

18.Chaozhong Guo,Changguo Chen*,andZhongli Luo. A Novel Nitrogen-Containing Electrocatalyst for Oxygen Reduction Reaction from Blood Protein Pyrolysis.Joural ofPower Source, 2014(1),245(1):841-845

19.Wei Yin*,Changguo Chen*,Huanbao Fa,andLiping Zhang.Electropolymerization of CoTPP andItsCatalyticPerformanceforOxygen-ReductionReaction inAnAcidMedium.Joural ofSolid State Electrochemistry,2013(9),17:3095–3099

20.Chaozhong Guo,Changguo Chen*,andZhongli Luo. Electrocatalytic Activity for the Oxygen Reduction on the Novel Carbon Material Containing Nitrogen Prepared by Using TwoStep Pyrolysis of Hemolymph Protein.InternationalJournal ofElectrochemistryScience, 2013(7),8: 8940- 8950

21.Chaozhong Guo,Changguo Chen*,Zhongli Luo,and Lin Chen. Electrochemical Behavior and Analytical Detection of Insulin on Pretreated Nanocarbon Black Electrode Surface.Analytical Methods,2012,4(5),1377- 1382

22.Yu-Jun Si,Chang-Guo Chen*,Wei Yin,andHui Cai. ElectrocatalyticActivity ofNon-preciousMetal Co-N/CCatalyst towardOxygenReductionReaction.Chinese Chemical Letters,2010(8),21(8):983-986

23.ChangGuo Chen*, LeiGuang Li, YuJun Si,andYuPing Liu. ACImpedanceCharacteristics ofCapacitivelyCoupledContactlessConductiveDetectorCell inCapillaryElectrophoresis.Electrochimica Acta,2009(9),54: 6959-6962

24.陈昌国*,李雷光,刘渝萍. X射线衍射仪WindowsXP微机化改造新方法.现代科学仪器,2008(6),(3):5-8

25.陈昌国*,刘艳,司玉军,鲁蕴甜,王丽,郑洪波.锂离子电池正极材料LiFePO4的密度泛函研究.分子科学学报,2007(8),23(4):238-242

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