Key Laboratory of Power Batteries and Materials

1. Introduction

Jiangxi Key Laboratory of power battery and materials (hereinafter referred to as "the laboratory") is located in Jiangxi University of science and technology. Relying on materials science, material chemistry and other disciplines, it takes the research direction of ten subprojects of major science and technology projects of power battery in Jiangxi Province as the innovation focus, takes the research of key and difficult points in the field of power battery as the breakthrough. In 2010, the laboratory was approved as a provincial key laboratory.

Guided by the major scientific and technological needs of Jiangxi Province in the field of lithium-ion power batteries and related materials, and combined with the cutting-edge development trend of the discipline, the laboratory mainly carries out research work in the basic theoretical research, engineering technology development and application of lithium-ion battery cathode materials, anode materials, conductive materials, power lithium-ion batteries, liquid flow batteries, etc. Research directions include: research and development of high specific capacity cathode materials, research and development of long life and high rate power batteries, application of carbon nanotubes in power batteries, development and application of organic cathode materials, design and application of power batteries, etc.

The laboratory has a large number of advanced instruments and equipment, such as adiabatic calorimeter, electrochemical workstation, automatic laminating machine, automatic welding line, automatic liquid injection line, comprehensive electrical performance tester, with a total value of more than 20 million yuan; it can carry out all related research work on power battery and material synthesis and performance research.

After several years of talent team building, the laboratory has become an academic team with reasonable structure, balanced levels and outstanding advantages. It has 31 fixed personnel, 1 national ten thousand talents plan, 1 innovation and Entrepreneurship Talent of the Ministry of science and technology of the people's Republic of China, 2 young and middle-aged scientists in Jiangxi Province, and has a provincial power battery material advantage innovation team, and takes the lead in the establishment of "Jiangxi power battery" Industrial technology innovation strategic alliance.

2.Members Profile

Zhong Shengwen, born in Anyuan, Jiangxi Province, is a professor.

zhongshw@126.com

▪ Doctor of lithium ion battery and its materials

▪ Candidates for the national ten thousand people plan

▪ Innovation and entrepreneurship talents of the Ministry of science and technology of the people's Republic of China

▪ Chief expert of Jiangxi power battery major science and technology project

▪ Chairman of Jiangxi power battery industry technology innovation strategic alliance

▪ Member of Jiangxi Natural Science Foundation Committee

▪ Young and middle-aged academic leaders in Colleges and universities of Jiangxi Province

▪ Director of Jiangxi Key Laboratory of power battery and its materials

Research interests: design and development of large capacity power battery, design and application of high specific capacity cathode materials.

Over the years, he has maintained good communication and cooperation with colleagues at home and abroad in the frontier field. More than 60 academic papers have been published, 15 of which have been included in SCI and EI, and three textbooks have been compiled.

Major achievements：

[1]Hu, Jing Wei; Wu, Zi Ping; Zhong, Sheng Wen; Folding insensitive, high energy density lithium-ion battery featuring carbon nanotube current collectors, Carbon,2015,87: 292-298

[2]Zhong Sheng-wen; Hu Jing-wei; Wu Zi-ping,Performance of lithium ion batteries using a carbon nanotube film as a cathode current collector, New Carbon Materials. 2014.29(4): 322-328

[3]Zhong Sheng-wen;et al，The analysis for preparing Ni1/3Mn1/3Co1/3[CO3]1-x(OH)2xwith carbonate co-precipitation method,200903

[4]Zhong Sheng-wen, et al;，Synthesis and electrochemical properties of 0.5Li2MnO3.0.5LiMn0.5Ni0.5O2, Advanced Materials Research, 2010, Vol.105-106, p664

Zhang Qian, born in Jiayu, Hubei Province, is an associate professor.

zhangqian@jxust.edu.cn

Deputy director of Jiangxi Key Laboratory of lithium ion power battery and materials

Research direction: synthesis of high capacity cathode materials for lithium ion batteries by molten salt method, recycling of waste batteries, etc.

Major achievements：

[1] Mei Jia, Zhang Qian, et al. Study on sintering temperature and properties of lini0.90co0.05mn0.05o2 coated with CO and Mn [J],

[2] Mei Jia, Zhang Qian, et al. Preparation and characterization of high performance LiCoO2 [J]. Power supply technology,

[3] Mei Jia, Zhang Qian, et al. Preparation of cobalt and nickel doped layered LiMnO2 [J]. Battery industry,

Xie Zhipeng, associate professor

zhpxie_06@126.com

Deputy director of Jiangxi Key Laboratory of power battery and materials

Research direction: energy storage battery, nanometer material

Major achievements：

[1]Xie ZP*, Yang B , Cai DJ, Yang L. Hierarchical porous carbon toward effective cathode in advanced zinc-cerium redox flow battery. Journal of Rare Earths, 32(10):973-978, 2014

[2]Xie ZP, Liu QC, Chang ZW, Zhang XB*. The developments and challenges of cerium half-cell in zinc-cerium redox flow battery for energy storage. Electrochimica Acta, 90:695-704,2013

[3]Xiong FJ, Zhou DB*,Xie ZP, Chen YY. A study of the Ce3+/Ce4+redox couple insulfamicacid for redox battery application. Applied Energy, 99:291-296, 2012

[4]Yu CL*, Shu Q, Zhang CX,Xie ZP, Fan QZ. A sonochemical route to fabricate the novel porous F, Ce-codoped TiO2photocatalyst with efficient photocatalytic performance. Journal of Porous Materials, 19:903-911, 2012

Yin Congling, associate professor

congling.yin@pku.edu.cn

Doctor of science, Peking University

Main research interests: solid oxide functional materials, including multiferroic materials; lead-free piezoelectric ceramics; oxygen ion conductor materials; lithium ion / sodium ion battery cathode materials

Major achievements：

[1]D.Usvyat, C.Yin, G.Wälz, C.Mühle, M.Schütz*, and M.Jansen*, “Phase transition in GeF2driven by change of type of intermolecular interaction”Phys. Rev.B86,054102, 2012

[2]O. Toulemonde*, J. Abel, C.Yin, A. Wattiaux, and E. Gaudin “Magnetic andMagnetocaloric Properties of SrFe0.5Co0.5O3-yupon Oxidation and Reduction: AHeterogeneous Distribution of the Oxidation States”Chem. Mater.24,1128-1135, 2012

[3]C.Li*, C.Yin, X.Mu, J.Maier “Top-down synthesis of OpenFramework Fluoride for Lithium and Sodium Batteries”Chem. Mater.25,962−969, 2013

[4]C.Li*, C.Yin, L.Gu, R.E. Dinnebier, X.Mu, P.A. van Aken, J.Maier “An FeF3·0.5H2O Polytype: A Microporous Framework Compound with Intersecting Tunnels for Li and Na Batteries”J. Am. Chem. Soc.135,11425–11428, 2013

Ding Nengwen, associate professor

Doctor of Zhejiang University

Research direction / field: anode materials for lithium ion batteries; conductive polyaniline

Major achievements：

[1]Ding Nengwen,Zhou Minghong, Cai Mingzhong*. Synthesis and properties of novel copolymers of poly(ether ketone ketone) and poly(ether ether ketone ketone) containing amide and sulfone linkages High Perform. Polym 25(2):126-134, 2013

[2]Ding Nengwen,Sun Weilin*, Yan Lin, Shen Zhiquan. Synthesis and magnetic properties of the novel complexes of a conjugated hyperbranchedpolymercontaining bithiazole ring, Chinese J. Polym. Sci, 30(5):759 -769, 2012

Wang Chunxiang, born in Weifang, Shangdong Province

Research direction / field: Ni Mn based cathode materials for lithium ion batteries

Research project in progress: research and development of Ni Mn based cathode materials with high voltage and high specific capacity for power batteries

Major achievements：

[1]Wang Chunxiang, Li Zhifeng. Crystal structure of catena-poly[[diaqua(4,5-diazafluoren-9-one-κ2N,N′)cadmium]-μ-2-hydroxy-5-sulfonatobenzoato-κ3O1,O1′:O5Acta Cryst. 2014, E70, 387–388.

[2]Zhong Shengwen, Wang Chunxiang, et al. Synthesis and electrochemical properties of li1.07ni0.4mn0.53o2 as cathode material for lithium ion batteries, Materials Guide, 2015, 29 (4): 38-42.

Chen Jun, associate professor

chenjun@iccas.ac.cn

Doctor, Institute of chemistry, Chinese Academy of Sciences

Associate professor of Jiangxi University of science and technology

Research direction / field: Organic / polymer compounds as cathode materials for lithium ion batteries

Major achievements:

[1] Chen Jun, Mei Wenjie, Zeng min, Guo Jinkang, Liu Defang, Zhong Shengwen, synthesis and electrochemical properties of carboxyl substituted nickel phthalocyanine complexes, science and engineering of nonferrous metals, 2015, (5).

[2] Chen Jun, Ding Nengwen, Li Zhifeng, Zhang Qian, Zhong Shengwen. Research progress of organic cathode materials for lithium ion batteries, chemical progress, 2015, (9).

[3] Jun Chen, Tao Zhang, Shuangqing Wang, Rui Hu, Shayu Li, Jin Shi Ma, Guoqiang Yang. Spectrochimica Acta Part A: Molecular and Biomolecular Spectroscopy, 2105, 149 (5): 426-433.

[4] Chen Jun, Wang Shuang-Qing, Yang Guo-Qiang.Nonlinear Optical Limiting Properties of Organic Metal Phthalocyanine Compounds Acta. Phys. Chim. Sin., 2015, 31 (4), 595-611.

Li Dong, Lecturer

libehave@jxust.edu.cn

Doctor, Beijing Key Laboratory of new energy, Beijing University of science and technology

Research interests: lithium ion battery materials, battery design, electrochemistry

Major achievements：

[1]D. Li, F. Lian, X.M. Hou and K.C. Chou. Reaction mechanisms for 0.5Li2MnO3·0.5LiMn0.5Ni0.5O2cathode materials prepared by low-heat solid state reaction.InternationalJournal ofMinerals, MetallurgyandMaterials.19(2012),No.9,856-862.(SCI)

[2]D. Li,F. Lian and K.C. Chou. Decomposition mechanisms and non-isothermal kinetics ofLiHC2O4·H2O. Rare Metals.36(2012),No.6.615-620. (SCI)

[3]Dong Li,Fang Lian,Weihua Qiu,Fushen LiandKuo-Chih Chou. Fe Content Effects on Electrochemical properties of 0.3Li2MnO3·0.7LiMnxNixFe(1-2x)/2O2Cathode Materials.Advanced Materials Research.347-353(2012), 3518-3521. (EI).

Liu Xiaolin，xlliu@jxust.edu.cn

Doctor, Shanghai Institute of silicate, Chinese Academy of Sciences

Lecturer, School of materials science and engineering, Jiangxi University of science and technology

Research direction / field: cathode materials and solid electrolytes for lithium batteries

Major achievements：

[1]Xiao-Liu Li*, Dan Li, Qiaoling Mo, Xiaoyu Guo, Xiaoxiao Yang, Guoxin Chen and Shengwen Zhong. Facile synthesis of aluminum-doped LiNi0.5Mn1.5O4hollow microspheres and their electrochemical performance for high-voltage Li-ion batteries. Journal of Alloys and Compounds, 609,54-59, 2014.

[2]Xiao-Liu Liu, Qian Zhang, Guo-xin Chen, Dan Li and Bin Yang*. Nanostructured ZrO2powders: hydrothermal synthesis, doping modification, morphology and phase evolution. Materials Research Innovations, 17, 478-482, 2013.

[3]Xiao-Lin Liu, Iraklis Pappas, Michael Fitagerald, Ying-Jie Zhu*, Matthew Eibling, Long Pan*. Solvothermal synthesis and characterization of ZrO2nanostructures using zirconium precursor. Materials Letters, 64, 1591-1594, 2010.

3.Scientific Research Achievements

(1)Research Projects

1	Basic research on high specific   capacity nickel based cathode materials strengthened by cobalt free Ni Mn   solid solution structure	51372104	Zhong Shengwen	2014.1-2017.12	80	National Natural Science Foundation of   China
2	Study on cathode performance and   attenuation mechanism of zinc cerium flow battery for energy storage	21361010	Xie Zhipeng	2014.1-2017.12	50	National   Natural Science Foundation of China
3	Basic research on the formation and   application of macro tubular continuum of carbon nanotubes	51264010	Wu Ziping	2012.1-2015.12	25	National Natural Science Foundation of   China
4	Preparation and morphology control of   double walled carbon nanotubes template loaded with Pt WC	51202095	Wu Ziping	2012.1-2016.12	55	National Natural Science Foundation of   China
5	Synthesis and mechanism of novel   multiferroic Pb2 + containing oxide materials	21301077	Yin Congling	2014.1-2016.12	24	National Natural Science Foundation of   China
6	Solid solution mechanism and   performance evaluation of layered lithium rich manganese based cathode   materials with high specific capacity	50762004	Zhong Shengwen	2009.1-2011.12	27	National Natural Science Foundation of   China
7	Research on key technology innovation   of new energy vehicle power battery industry chain in Jiangxi Province		Zhong Shengwen	2006.1-2008.12	1000	Major science and technology projects   in Jiangxi Province
8	Industrialization of lithium rich   manganese based cathode materials with an annual output of 1000 tons		Zhong Shengwen	2010.1-2012.12	370	Major high tech industrialization   projects in Jiangxi Province
9	Industrialization of lithium rich   manganese based cathode materials for power lithium ion batteries with an   annual output of 500 tons		Zhong Shengwen	2011.1-2013.12	160	National Development and Reform   Commission
10	Development of high performance   lithium rich manganese based cathode materials	SQ2009GJC5005778	Zhong Shengwen	2011.9-2013.12	40	Industry university research project   of the Ministry of science and technology of the people's Republic of China
11	Preliminary study on the   industrialization of low cost composite lithium ion battery cathode materials   for automotive power batteries	200502	Zhong Shengwen	2011.1-2011.12	9	Key projects of Jiangxi science and   Technology Department
12	Application of nano carbon materials   in high capacity lithium rich manganese based power batteries	20123BDH80016	Zhang Qian	2013.1-2015.12	4	Foreign cooperation projects of   science and technology in Jiangxi Province
13	Research on key technologies for   further promoting industrialization of lithium rich manganese based cathode   materials		Zhong Shengwen	2013.1-2015.12	50	Implementation project of Jiangxi   Provincial Department of Education
14	Research on Key Technologies of high   performance nickel based cathode materials		Zhong Shengwen	2013.1-2015.12	100	Gan Po"555" project
15	Research on industrialization of   structure strengthening of high capacity nickel based cathode materials		Zhong Shengwen	2013.1-2015.12	30	Innovation team project of Jiangxi   science and Technology Department
16	Structural characteristics and   properties of Li Rich Mn based cathode materials	2010GQC0064	Li Zhifeng	2012.1-2014.12	1.5	Jiangxi Natural Science Foundation   Project
17	Preparation of carbon nanotube fiber   continuum with high strength and toughness	GJJ12366	Wu Ziping	2013.1-2014.12	2	Jiangxi Natural Science Foundation   Project
18	Research and development of Ni Mn   based cathode materials with high voltage and high specific capacity for   power batteries	20141BBE50019	Wang Chunxiang	2014.1-2016.12	10	Jiangxi science and technology support   project
19	Preparation of LiFePO4 modified by   carbon nanomaterials and Study on the key factors affecting the interfacial   structure and properties	GJJ13392	Liu Xiaolin	2013.1-2014.12	2	Jiangxi Provincial Department of   Education
20	High voltage electrochemical   properties of lithium rich manganese based cathode materials and mechanism of   structural evolution during cycling	GJJ14444	Li Dong	2014.1-2015.12	2	Jiangxi Provincial Department of   Education
21	Study on Li1 + X (mnyni1-y) 1-xo2   cathode material modified by fast ionic conductor / Al2O3	20142BAB216018	Li Dong	2014.6-2016.12	5	Jiangxi Natural Science Foundation
22	Research on key technology of high   performance and low cost power lithium ion battery		Zhong Shengwen	2012.3-2013.6	120	Horizontal project
23	Development of high performance   lithium rich manganese based cathode materials		Zhong Shengwen	2008.12-2012.12	120	Horizontal project
24	Research on industrialization of 500 t   / a ternary cathode material		Zhang Qian	2013.1-2014.12	330	Horizontal project
25	Research on the construction of   lithium ion battery Engineering Test Center		Li Zhifeng	2013.1-2014.12	430	Horizontal project
26	Research on power battery for high   rate helicopter		Zhong Shengwen	2013.1-2014.12	75	Horizontal project

(2) Patents：

[1]The invention patent No. 200910186311.0, Zhong Shengwen, Hu Wei, etc

[2]The invention relates to a method for non-destructive dispersion of double wall carbon nanotubes by combining n, N-dimethylformamide and ethylene glycol. The invention patent number is 201110309123. X Wu Ziping

[3]The invention relates to a transparent macrotube continuum composed of carbon nanotubes and a synthesis method thereof. The invention patent number is 201010230938.4 Wu Ziping

[4]The invention patent number is 201110120707.2, Lian Fang, Li Dong

[5]The invention patent application number is 201310267889.5 Jiangxi University of technology