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College of Materials Science and Engineering

College of Materials Science and Engineering

Faculty
2019-07-26 17:25  

Professor Wang Xiaogang (PhD Supervisor)

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Wang Xiaogang, professor, PhD Supervisor, was born in February  1959 and graduated from Xi'an Jiaotong University with a doctor's degree in  1999. He is now the director of Shaanxi Silicon Magnesium Industrial Energy  Saving and Poly-generation Engineering Center, academic leader in materials  science, expert with prominent contribution in Shaanxi Province,model worker  of Shaanxi Province, Executive Vice Chairman & Secretary-general of  Shaanxi Coal Conversion Research Association, Director of Shaanxi Silicate  Association, member of Shaanxi Association of Senior Experts, senior  consultant of relevant enterprises in Shaanxi, Ningxia, Fujian, Qinghai,  Xinjiang and other provinces (districts).

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Professor Wang Xiaogang is mainly engaged in the research on  material preparation theory and application. He has been in charge of 6  national projects including NSFC (National Natural Science Foundation of  China) programs, national key technological innovation projects, more than 20  provincial key science and technology projects and key industrial test  projects as well as more than 20 project cooperated with enterprises.

His major achievements include:

(1)"The  SiC new technique in multi-core furnace production" won the first prize  of Science and Technology Progress Award in the Ningxia Hui Autonomous Region  in 2001;

(2) "The exploration and practice in the  transformation and broadening of geological specialty and construction of  material specialty" won the second prize of Shaanxi Provincial Excellent  Teaching Achievements Award in 2001;

(3)  "The SiC new technique in dual power multi-heat-source furnace  production" won the third prize of Qinghai Provincial Science and  Technology Progress Award in 2002;

(4) "The research on the prediction and prevention of  gas disaster in Hancheng Mine Area" won the third prize of Shaanxi  Provincial Science and Technology Progress Award in 2002;
 (5) The SiC new technique in multi-core furnace production passed the  provincial appraisal in 2000 and was internationally advanced;
 (6) The SiC new technique in dual power multi-heat-source furnace production  passed the provincial appraisal in 2002 and was internationally advanced;

(7) The mine gas heat insulation and purification  technique passed the provincial appraisal in 2001 and was internationally  advanced;

(8)  The electron-heating porous SiC ceramics preparation technique passed the  provincial appraisal in 2005 and was internationally advanced;

(9)  Multi-heat-source SiC manufacturing furnace CO gas collection technique  passed the provincial appraisal in 2005 and was internationally advanced;

(10) He had applied and obtained 7 national patents for  invention.

vWang  Xiaogang, Li Xiaochi, The multi-core furnace for smelting silicon carbide and  method of silicon carbide production, patent for invention, patent number:  ZL01132774.X  

vWang  Xiaogang, an industrial preparation method of silicon carbide whisker and  micro powder, patent for invention, patent number: ZL031146724 

v  Wang  Xiaogang, SiC synthesis gas collection system and gas collection method,  patent for invention, patent number: ZL200810017967.5 

v  Wang  Xiaogang, Multi-heat-source- smelting magnesium device and technology in  electrothermal process, patent for invention, patent number: ZL200610104550.3 

vWang  Xiaogang, Internet heat-multi-heat-source-magnesium reduction furnace  in  electrothermal process, utility model, patent number:  ZL200620136021.7 

v  Wang  Xiaogang, Sic synthesis furnace gas collection device,utility model, patent  number:ZL200820028866.3 

v  Wang  Xiaogang, A preparation method of SiC/Al composite materials for electronic  packaging, patent for invention, patent number: ZL201010250108.8 

(11) He has published more than 90 papers. 25 of which have been included by three retrieval  systems. 

(12) He has won altogether 8 provincial science and  technology progress awards and first prize, second prize and third prize of  outstanding teaching achievements awards.

Ø  “The  construction and practice of material specialty experiment teaching system  based on the cultivation of practical innovative talents” won the first prize  of Shaanxi Teaching Achievements Award in 2013. 

Ø  "The  SiC new technique in multi-core furnace production" won the first prize  of scientific and technological progress in the Ningxia Hui Autonomous Region  in 2001; 

Ø  "The  research on the prediction and prevention of gas disaster in Hancheng Mine  Area" won the third prize of Shaanxi Provincial Scientific and Technological  Progress in 2002; 

Ø  The  exploration and practice in the transformation and broadening of geological  specialty and construction of material specialty won the second prize of  Shaanxi Provincial Excellent Teaching Results in 2001; 

Ø  "The  SiC new technique in dual power multi-heat-source furnace production"  won the third prize of Qinghai Provincial Scientific and Technological  Progress in 2002; 

Ø"The  multi-core furnace for smelting silicon carbide and method of silicon carbide  production" won the first prize of Xi'an Scientific and Technological  Progress in 2007; 

Ø  "The  multi-core furnace for smelting silicon carbide and method of silicon carbide  production" won the third prize of Shaanxi Scientific and Technological  Progress in 2011; 

Ø"The  multi-core furnace for smelting silicon carbide and method of silicon carbide  production" won the gold award of Shaanxi Staff’s Excellent Invention  and Innovation Achievements in 2011. 

(13) He has published 4 monographs.

v   Shi Chenglong,  Wang Xiaogang, Jiang Boyu, et al. Peat and its Application after Deep  Processing, Xi’an Map Publishing House, 1993.  

v Wang  Xiaogang, Li Xiaochi, Zhang Jinian. Silicon Carbide Preparation Theory and  Technology, Shaanxi Science and Technology Press, 2001. 

v   Lu Shouci,  Shen Zhigang, Zheng Shuilin, Xu Zheng, Wang Xiaogang, et al. Powder  Technology Handbook, Chemical Industry Press, 2004 (One of the "15th  five-year plan" key national books). 

v Zhu  Ming, Wang Xiaogang, Wang Zhihua, et al. Engineering Materials and Thermal  Treatment, Beijing Normal University Press, 2010. 

v   Du  Shuangming, Wang Xiaogang, Introduction to Materials Science and Engineering,  Xidian University Press, 2011.  

(14)  Patent technology:The Multi-core Furnace for Smelting Silicon Carbide and  Method of Silicon Carbide Production (Patent number: ZL01132774.X); 13  factories have been built in 6 provinces for the popularization and  application of technological achievements and more than 3 billion output  value has been created.

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Professor Du Huiling (PhD Supervisor)

2018-04-27  

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Professor Du Huiling

PhD Supervisor

Leader of key scientific and    technological innovation team of provincial “New Energy Material Creation    Theory and Technology”

"New Century Excellent    Talents" by Ministry of Education

Discipline organizer of    Materials Science and Engineering

Academic leader of Materials    Science

Leader of the "Function    Materials and Device" scientific and technological innovation team

 

Contact    information  
   Communication address: School of Materials, Xi'an University of Science and    Technology, No. 58 of Middle Yanta Road, Yanta District, Xi'an City,    Shaanxi Province      
   Postal code: 710054

Email:    hldu@foxmail.com； QQ：305676690

 

Basic    information

Du Huiling,    professor, female, postdoctor, PhD Supervisor, graduated from Xi’an    Jiaotong University in 2002 with the doctor's degree of engineering in    Electronics Science and Technology. In 2010, she paid a one-year visit to    UC-Davis for study. She is the standing director of China Society of    Instrument Function Materials and member of Committee of Experts, China    Energy Society. She is also the leader of key scientific and technological    innovation team of provincial “New Energy Material Creation Theory and Technology”,    who has been selected in “New Century Outstanding Talents Support Plan” by    Ministry of Education in 2011. She also once obtained the honorary title of    “Youth Pace-setter” of Shaanxi Province, “Women’s Pace-setter” of Shaanxi    Educational Labor Union as well as “Teaching Master Award” of Xi’an    University of Science and Technology.

Professor Du    Huiling has been engaging in the application of information function    materials and device, research and development of test equipment. She has    been in charge of 3 NSFC programs, 1 “New Century Talent Supporting    Project” by Ministry of Education, key international cooperation projects    in Shaanxi Province, Shaanxi Program for Tackling Key Problems, Xi’an    Applied Materials Innovation Fund and other topics and has obtained many    scientific achievements, including 1 third prize of Shaanxi Science and    Technology Award, 1 third prize of Xi’an Science and Technology Award, 2    Science and Technology Awards of Institution of Higher Learning in Shaanxi,    1 first prize of Natural Science Award by Ministry of Education, 1 second    prize of Science and Technology Progress Award in Shaanxi Province. What’s    more, she has granted 10 national patents.

In recent    years, she has published more than 100 papers in domestic and foreign academic    journals, of which nearly 50 are published in foreign academic journals and    more than 30 in International Conference Papers. More than 100 of her    papers have been retrieved by SCI, EI and her papers have been positively    quoted by others for over 280 times. She now is the supervisor of 15    doctoral and postgraduate students.

Academic    Participation

1.Review expert of National    Science and Technology Award

  2.Member    of expert base of Academic Degree Commission of the State Council Academic    Degrees & Graduate Education 

3.Review expert of Science    and technology personnel  of MOST (Ministry of Science and Technology)

4.Peer review expert of NSFC    (National Natural Science Foundation of China)

5.Review expert of China    Postdoctoral Science Foundation

6.Review expert of Shaanxi    Province Science and Technology Program

7.Peer review expert of    Zhejiang Natural Science Foundation

8.Standing director of the    Sixth Board of Directors of China Society of Instrument Function Materials

9.Member of Committee of    Experts, China Energy Society

10. Successive reviewer of important    international journal articles in materials on invitation

USA:    Applied Physics Letters (Appl.Phys.Lett.)

USA:    Applied Physics Journal (J.Appl.Phys.)
   USA:Journal of Materials Science (J.Mater.Sci.)
   Europe: Ceramics International 

Europe:    Journal of Electronic Ceramics (J. Electroceramics)

11.    Editorial board member of Function Materials academic journal

Research    Direction

1.HF    and microwave dielectric materials and device
   2.Piezoelectric and ferroelectric materials and application
   3.Mine gas sensor design and research
   4.Material electric performance test equipment and device
   5.Integrated utilization of coal and mineral

 

Teaching    courses

Doctoral students: Structure and    Properties of Materials (bilingual)
Postgraduate students: Structure and Properties of Materials    (bilingual), Dielectric Physics
Undergraduate students: Physical Properties of Materials, Electronic    Materials

Research    direction for doctoral students

Mineral    Processing Engineering (081902): Mineral Function    Materials and Device
Materials for Mechanical Engineering (080200): Mine Safety Sensing    Materials and Device

Research    direction for postgraduate students

Materials    Science (080502): Advanced Inorganic Materials
   Materials Physics and Chemistry (080501): Function Materials Physics
   Microelectronics and Solid-State Electronics(080903): Energy Conversion    Function Materials and Device
   Materials Engineering (085204): New Energy Function Materials and    Application

 

 

Scientific research    projects

1.  Special    project of key scientific and technological innovation team in Shaanxi    Province: new energy materials creation theory and technology innovation    team, key scientific and technological innovation team in Shaanxi Province,    Shaanxi Provincial Science& Technology Department 

2.  Controllable    preparation, symbiotic/multiphase structural features and property    regulation research of bismuth layered piezoelectric materials, Natural    Science Foundation of China 

3.  Research on    microstructure and performance optimization of sodium bismuth titanate    microcrystal leadless piezoelectric materials, NSFC 

4. "New    Century Talent Supporting Project" by Ministry of Education 

5. Multi-scale    structure design of leadless piezoelectric materials and exploration of new    materials, key international scientific and technological cooperation    project in Shaanxi Province 

6. Microstructure    analysis and performance optimization of new type pyrochlore materials,    preferentially subsidized by overseas students’ scientific and    technological activities in Shaanxi Province 

7. Development    of multi-function low temperature dielectric temperature testing system,    Scientific and technological program project in Shaanxi Province-program    for tackling key industrial problems 

8.  R&D of    key technology of atmosphere and vacuum environment dielectric temperature    testing, planned project of Shaanxi Provincial Science& Technology    Department 

9. Microstructure    of new type bi-based pyrochlore materials and dielectric response    mechanism, NSFC Youth Fund Program 

10. High-temperature leadless piezoelectric    composite preparation technique and performance optimization, Education    Department of Shaanxi Provincial Government

11. Fundamental research on the leadless    piezoelectric materials for micro-displacement actuator, Xi’an Innovation    Funds of AM Applied Materials

12. Research and development of multi-function    ferroelectric properties testing system, Xi’an Science and Technology Key    Project

13. Structural refinement of defective pyrochlorite    ceramics and microwave property coordination research, project of Education    Department of Shaanxi Provincial Government

14. Dielectric response behavior and relaxation    mechanism of bi-based defective pyrochlorite ceramics, First-class subsidy    by China Postdoctoral Science Foundation

 

 

Awards

1. Third    prize of Shaanxi Science and Technology Award (2013)

2. Third    prize of Xi’an Science and Technology Award (2013)

3.Second    prize of Science and Technology Award of Institution of Higher Learning in    Shaanxi Province (2013)
   4.Second prize of Science and Technology Award of Institution of Higher    Learning in Shaanxi Province (2012)
   5.Second prize of Science and Technology Progress Award in Shaanxi Province    (2003)
   6.First prize of Natural Science by Ministry of Education (2002)

Patents

1.      A    resonator gas sensitive probe for mine use 

2.        An integrated PJZP 

3.        A piezoelectric absorber for home appliances 

4.        Piezoelectric materials multi-direction polarization fixture 

5. Sample holder for electronic    materials electric property temperature characteristic test 

6.      Multi-station    electric materials electric property temperature characteristics testing    device 

7.      Piezoelectric    materials polarization device 

8.        A kind of HF dielectric ceramic materials under low temperature sintering    and the preparation 

9.        HF dielectric ceramics of high performance under low temperature sintering 

 

Representative    journal articles

1.   Long Lixia, Du Huiling, An Qunli,    Shi Xiang, Chen Jian,  Research on A-type Zeolite Membrane Synthesis    based on Piezoelectric Ceramics and its Adsorption Property, Chinese    Journal of Inorganic Chemistry, V31，N3，2015：529-53   

2.    Du Xian, Du Huiling, Liu Jun, Yao    Miao, Process Study of Microwave-assisted SHS Preparation Nanometer    Na0.5Bi0.5TiO3 Powder, Journal of Synthetic Crystals, V44，N1，2015：161-167 

3.     Xian Du, Huiling    Du, Xiang Shi, Jin Wang, Cen Zhao，Photocatalytic    Activity of Solar-light-active N-doped TiO2 by Sol-gel Combustion Method，Materials Science Forum，V809-810，2015：800-806        

4.     Jiao-jiao He,    Hui-ling Du, Jun Liu, Xiang Shi, Miao Yao，Preparation and Properties of La and Fe Co-doping TiO2    Photocatalyst，Materials Science Forum，2014  V809-810，2015：878-883        

5.      Miao    Yao, Hui-ling Du,Xian Du, Jun Liu and Li-xia Long，Dielectric Performance of (1-x)Na0.5Bi0.5TiO3-xBaTiO3    Lead-free Piezoelectric Ceramics Synthesized by Sol–gel Combustion Method，Materials Science Forum，V809-810，2015：764-769        

6.      Bin-jie    Zhang, Hui-ling Du, Chen Zhao, Structure Refinement and Dielectric    Properties of Bismuth-based Pyrochlores containing Titanium，Materials Science Forum，V809-810，2015：770-777        

7.      Li-xia    Long, Hui-ling Du,Qun-li An, Xiang Shi and Jun Liu，The Preparation and Characterization of Zeolite LTA Membrane    with Microwave-Assisted Method，    Materials Science Forum，2014     V809-810，2015：682-688        

8.     Tian Aifen，Du Huiling，Enhanced    ferroelectric property of manganese doped lead-free (K0.5Na0.5)NbO3    ceramics，Ferroelectrics, V463, N1, 2014           

9.     He Jiaojiao, Du Huiling, Du Xian,    Liu Jun, Preparation and and Photocatalytic Performance of La-doped    Mixcrystal Structure TiO2 Nano-powder, Journal of Synthetic Crystals,    V43，N6，2014  

10.   Tian Aifen, Xu Zhipeng, Liu Shujuan,    Jiang Ni, Du Huiling, Impact of Bi-doped to Potassium-sodium Niobate    Leadless Piezoelectric Ceramics Structure and Performance, Journal of    Chinese Ceramic Society, V42，N5，2014：667-671 

11.   Wang Fadong, Du Huiling, Shi Xiang,    Design and Realization of Assembly Line 8051IP Core based on FPGA, Modern    Electronics Technique, V37，N5，2014 

12.   Shi Xiang, Du Huiling, Guan    Renzhong, Chen Jian, Design and Development of Piezoelectric Resonator Type    Methane Transducer for Mine, Piezoelectrics &Acoustooptics,    V36，N6，2014    

13.   Wang Jin, Du Huiling, Zhang Pan, Du    Xian, Zhao Cen, Relaxation Phase Change of NBT-KBT-LBT Series Leadless    Ceramics and Dielectric Property Research, Function Materials,V45，N2，2014  

14.     Liu Xc，Feng Xl，Zhou Kx，Yang Y，Zuo Cg，Du Hl，Phase structure and the dielectric    properties of the (Zn, Mg)2(Ti, Sn)O4 ceramics，Journal of Alloys and Compounds, V610, 2014           

15.     Huiling Du, Xian    Du, Huilu Li, Phase structures and electrical properties of Lead-free Na0.5Bi0.5TiO3-CaTiO3    ceramics, Advanced in Applied Ceramics,  V112, N5，2013        

16.     Huiling Du,    Xiang Shi, Dielectric and piezoelectric properties of    barium-modified Aurivillius type Na0.5Bi4.5Ti4O15,    Journal of Physics and Chemistry of Solids, V72, N11，2011        

17.     Aifen Tian, Wei    Ren, Lingyan Wang, Huiling Du, Enhanced ferroelectric properties in    Bi-doped K0.5Na0.5NbO3 thin films prepared    by pulsed laser deposition, Materials Science and Engineering: B,     V178, N18, 2013        

18.     Aifen Tian, Wei    Ren, Lingyan Wang, Huiling Du, Effects of deposition temperature on    structure and properties of (K0.48Na0.52)NbO3    ferroelectric thin films by pulsed laser deposition，J. Appl. Phys. 114, 2013        

19.  Shi    Xiang, Guan Renzhong, Du Huiling, Design of Friction Damper based on    Piezoelectric Ceramics, Piezoelectrics &Acoustooptics, V35，N5，2013 

20.   Zhao    Cen, Du Huiling, Shi Xiang, Wang Jin, Du Xian, Impact of Mg Ion Doping to    the Dielectric Relaxation Property of Zr containing Bi-based Pyrochlore    Ceramics, Journal of Synthetic Crystals, V42， N6，2013   

21.     Du Huiling,    Shixiang, Phase developments and dielectric responses of Barium substituted    four-layers Ca1-xBaxBi4Ti4O15    Aurivillius, Bulletin of Materials Science, V34, N6, 2011           

22.     Du Huiling,    shixiang, Strontium-induced ferroelectric-like relaxor behavior in Bi-based    pyrochlores, Applied Physics Letters, V97, 2010        

23.     Mu Wenfang, Du Huiling, Shi Xiang,    Du Shaoming,  Dielectric and Ferroelectric Characteristics of    BNT–BT–ST Series Leadless Piezoelectric Ceramics, Journal of Chinese    Ceramic Society, V39，N12，2011 

24.     Du Xian, Du Huiling, Huang    Jinyang, Shi Xiang, Research on the SHS Preparation Technology of Sol-gel    Sodium Bismuth Titanate Leadless Piezoelectric Materials, Journal of    Synthetic Crystals, V40，N6，2011   

25.     Cui Yu, Du Huiling, Shi Xiang,    Zhang Xi,  Dielectric Relaxation Performance of Sr Containing Bi-based    Pyrochlore Materials, Journal of Chinese Ceramic Society, V38， N6，2010  

26.     Liu Lijuan, Du Huiling, Cui Yu,    Zhang Xi, Dielectric and Ferroelectric Property Research of NBT-KBT-LN100x    Series Ceramics, Journal of Synthetic Crystals, V39，N3，2010   

27.     Hua Qiang, Du Huiling, Shi Xiang,    Dielectric Property Research of New Type Quaternary Bi-based Pyrochlore    Ceramics,Journal of Functional Materials and Device, V16, N1 , 2010  

28.     Wang Ting, Du    Huiling and Li Huilu，Dielectric and Ferroelectric of    Lead-free Piezoceramics of NBT-ST System，Journal    of Physics, V152, 2009        

29.   Wang Ting, Du Huiling, Shi    Xiang,  Piezoelectric Property and Dielectric Relaxation Behavior of    La3+dop Sodium Bismuth Titanate Leadless Ceramics, Journal of Chinese    Ceramic Society, V37, N6, 2009  

30.     Du Huiling, Li Ying, Shi Xiang,    Impact of Ion Replacement of Bi-layered Ceramics to Dielectric Properties,    Piezoelectrics &Acoustooptics, V31，N2，2009  

31.   Wang Ting, Shi Xiang, Du Huiling,    Research on Dielectric and Ferroelectric Properties of NKBT Leadless    Piezoelectric Ceramics, Electronic Components and Materials, V28，N9，2008  

32.     Huiling Du, Xi    Yao and Hong Wang, Relaxor-like behavior of bismuth-based pyrochlores    containing Sn, Journal of Electroceramic, 21, 2008        

33.     Yun Liu, Ray L    Withers, T. R. Welberry, Hong Wang, Huiling Du, Xi Yao, Structural disorder    in BZN-based pyrochlores, Journal of Electroceramics, 21, 2008           

34.     Zhao Ying, Du Huiling, Li    Huilu, Preparation Technology and Performance Optimization of Bismuth Layer    Structure Piezoelectric Ceramics, Journal of Chinese Ceramic Society, V36，    N9，2008Huiling Du, Ying Li, Huilu Li, Shi Xiang, Cui Liu, Relaxor behavior    of bismuth layer-structured ferroelectrics ceramic with m=2, Solid State    Communications, V147, N7-8, 2008  

35.     Gao Jianghua, Shi Xiang, Du    Huiling,  Hardware Design and Development of Multi-function    Ferroelectric Materials Testing System, Modern Electronics Technique,    V10，2008  

36.   Song Ruixue, Li Huilu, Du Huiling,    Research on Diffuse Phase Transition of NBT-KBT-BT Series Relaxor    Ferroelectrics, Piezoelectrics &Acoustooptics, V29, N6，2007 

37.     Liu Cui, Liu Junfeng, Du Huiling,    Impact of Adding Sb2O3 to the Dielectric and Ferroelectric Properties of    NBT Base Ceramics, Piezoelectrics &Acoustooptics, V29, N6，2007 

38.     Liu Haitao, Li Ying, Du    Huiling, Chen Xifeng, Raman Spectroscopy of NBT base Leadless Piezoelectric    Ceramics, Journal of Ceramics, V28，N3，2007  

39.     Chen Chi, Du Huiling, Dielectric    Properties and Refined Structure of BZN Base Pyrochlorite Ceramics,    Electronic Components and Materials, V26，N2，2007  

40.     Huiling Du, Xi    Yao, Cadmium substituted (Bi1.5ZnNb1.5)O7    dielectric ceramics, Journal of Materials Science, V42, 2007           

41.     Liu Yun，Withers Ray L.，Welberry    T.R.，Wang Hong，Du Huiling，Crystal    chemistry on a lattice: The case of BZN and BZN-related pyrochlores,    Journal of Solid State Chemistry, V179 N7, 2006        

42.     Hong Wang,    Stanislav Kamba, Huiling Du, Chih-Ta Chia, Meiling Zhang, S. Veljko, S.    Denisov, F. Kadlec, Jan Petzelt, Xi Yao, Microwave dielectric relaxation in    cubic bismuth based pyrochlores containing titanium, Journal of Applied    Physics, V100, N1, 2006        

43.     Huiling Du, Xi    Yao, Xianfeng Zhang and Huiming Wen, Defect Structure and Dielectric    Properties of Bi-based Pyrochlores Probed by Positron Annihilation, Applied    Surface Science, V253, N4, 2006        

44.     Huiling Du, Xi    Yao and Hong Wang, Dielectric properties of pyrochlore (Bi1.5Zn0.5)(Nb          0.5M       1.5)O7    (M= Ti, Sn, Zr and Ce) dielectrics, Applied Physics Letters，V88, 2006        

45.     Huiling Du, Xi    Yao, Investigations on structural evolution and dielectric characteristics    of high performance Bi-based dielectrics, Materials Research Bulletin, V40，No.9, 2005        

46.     Hong Wang, Zhen Peng,    Huiling Du, Tingwei Yao and Xi Yao，Mn4+    and W6+ substitution on Bi2O3–ZnO–Nb2O5-based    low firing ceramics，Ceramics International，V30，N7，2004        

47.     Hong Wang,    Huiling Du, Zhen Peng, Meiling Zhang and Xi Yao，Improvements of sintering and dielectric properties on Bi2O3–ZnO–Nb2O5    pyrochlore ceramics by V2O5 substitution， Ceramics International，V30，N7，2004        

48.     Huiling Du, Hong    Wang and Xi Yao，Observations on structural    evolution and dielectric properties of oxygen-deficient pyrochlores，Ceramics International，V30，N7，2004        

49.     Du Huiling, Yao    Xi，Structural trends and dielectric    properties of Bi-based pyrochlores，Journal    of Materials Science: Materials in Electronics，V15，N9，2004        

50.     Wang Hong, Du    Huiling, Yao Xi, Structural study of Bi2O3-ZnO-Nb2O5    based pyrochlores, Materials Science and Engineering B,V.99 N1-3, 2003           

51.     Du Huiling, Yao    Xi, Effects of Sr substitution on dielectric characteristics in Bi1.5ZnNb1.5O7    ceramics, Materials Science and Engineering B, V99 N1-3, , 2003           

52.     Du Huiling,                 Yao          Xi, Evolution of Structure and Dielectric Properties on Bismuth-Based    Pyrochlore with TiO2 Incorporation, Journal of Electroceramics,    V9, N2, 2002        

53.     Du Huiling, Yao    Xi, Dielectric relaxation characteristics of bismuth zinc niobate    pyrochlore containing titanium, Physica B: Condensed Matter, V324, N1-4,    2002        

54.     Du Huiling, Yao    Xi, Synthesis and dielectric properties development of new thermal stable    bismuth pyrochlores, Journal of Physics and Chemistry of Solids, V63, N11,    2002        

55.     Du Huiling, Yao    Xi, Structure, IR spectra and Dielectric Properties of Bi2O3-ZnO-SnO2-Nb2O5    Quarternary Pyrochlore，Ceramics International, V28, N3，2002        

56.     Lei Jiaheng, Du    Huiling, Wang Guomei, Impedance Specrtoscopy of ion beam mixed Cu/BaTiO3    PTCR Ceramics，J. Wuhan University of Technology    Materials Science edition, V16, N3 , 2001        

57.     Du Huiling, Wang    Hong, Yao Xi, The Effect of CuO on Sintering characteristics and Dielectric    Properties of Bi2O3-ZnO-Nb2O5    Pyrochlore，Ferroelectrics,V262, N1-4, 2001           

58.     Du Huiling, Yao    Xi, Investigation of Dielectic Properties of Bi2O3-ZnO-Nb2O5-Sb2O3    Based Pyrochlores，Ferroelectrics, V262, N1-4, 2001           

59.     Du Huiling, Wang Hong,    Yao Xi, Electro-plating technology of high performance low sintering BZN    based MLC，Ferroelectrics. Letters section,    V28, N1-2, 2000 

 

 

 

 

 

 

 

 

Postgraduate

姓名
     Name 

入学日期
     Enrollment date 

毕业日期
     Graduation date 

学科专业
     Discipline and specialty 

工作单位及地址
     Company name and address 

陈  驰
     Chen Chi 

2003.09                

2006.07                

材料学
     Materials Science 

成都比洋化工
     Chengdu Beyond Chemistry Co., Ltd. 

刘海涛
     Liu Haitao 

2004.09                

2007.07                

材料物理与化学
     Materials Physics and Chemistry 

陕西华兴航空集团
     Shaanxi Huaxing Airlines Group 

宋瑞雪
     Song Ruixue 

2004.09                

2007.07                

材料学
     Materials Science 

西安高新区中天有限公司
     Xi'an High-tech Zone Zhongtian Co., Ltd. 

赵  莹
     Zhao Ying 

2005.09                

2008.07                

材料物理与化学
     Materials Physics and Chemistry 

西安宏星电子浆料
     Xi'an Hongxing Electronic Paste Co., Ltd. 

刘  璀
     Liu Cui 

2005.09                

2008.07                

材料物理与化学
     Materials Physics and Chemistry 

法国液化空气集团（上海）
     Air Liquide (Shanghai) 

李  莹
     Li Ying 

2005.09                

2008.07                

材料物理与化学
     Materials Physics and Chemistry 

中芯国际集成电路制造（上海）
     SMIC (Shanghai) 

高江华
     Gao Jianghua 

2005.09                

2008.07                

材料学
     Materials Science 

陕西府谷县科技发展局，公务员
     A civil servant of Fugu County Science and Technology Department, Shaanxi      Province 

王  婷
     Wang Ting 

2006.09                

2009.07                

材料物理与化学
     Materials Physics and Chemistry 

澳大利亚国立大学，攻读博士
     Studying for a doctorate in ANU (Australian National University) 

华  强
     Hua Qiang 

2006.09                

2009.07                

材料学
     Materials Science 

西安科技大学，辅导员
     Instructor of Xi'an University of Science and Technology 

张  晰
     Zhang Xi 

2007.09                

2010.07                

材料物理与化学
     Materials Physics and Chemistry 

中科院金属研究所，攻读博士
     Studying for a doctorate in Institute of metal research, Chinese Academy      of Sciences 

赵  燚
     Zhao Yi 

2007.09                

2010.07                

材料物理与化学
     Materials Physics and Chemistry 

陕西盛纳德矿山集团
     Shaanxi Shengnade Mine Group 

崔  玉
     Cui Yu 

2008.09                

2011.07                

材料物理与化学
     Materials Physics and Chemistry 

西安交通大学，攻读博士
     Studying for a doctorate in Xi'an Jiaotong University 

刘丽娟
     Liu Lijuan 

2008.09                

2011.07                

材料学
     Materials Science 

陕西应用物理化学研究所(兵器工业213所)                
     Shaanxi Institute of Applied Physics &Chemistry(Institute 213 of      CNIGC）

穆文芳
     Mu Wenfang 

2009.09                

2012.07                

材料物理与化学
     Materials Physics and Chemistry 

南京三乐电子信息产业集团
     Nanjing Sanle Electronic Information Industry Group 

杜少明
     Du Shaoming 

2009.09                

2012.07                

材料物理与化学
     Materials Physics and Chemistry 

上海庞源机械
     Shanghai PY Rental Co., Ltd. 

管仁忠
     Guan Renzhong  

2010.09                

2013.07                

材料物理与化学
     Materials Physics and Chemistry 

山东五征集团
     Shandong Wuzheng Group 

杜  娴
     Du Xian 

2011.09                

2014.07                

材料物理与化学
     Materials Physics and Chemistry 

西安科技大学材料学院实验中心
     School of Materials Experimental Center of Xi'an University of Science      and Technology 

赵  岑
     Zhao Cen 

2011.09                

2014.07                

材料工程
     Materials Engineering 

联合汽车电子西安分公司  
     UAES Xi'an Branch 

王  瑾
     Wang Jin 

2011.09                

2014.07                

材料学
     Materials Science 

西安科技大学高新学院
     Xi'an Kedagaoxin University 

王发栋
     Wang Fadong 

2011.09                

2014.07                

微电子学与固体电子学
     Microelectronics and Solid State Electronics 

西安邮电四所
     The 4th Institute of Xi`an University of Posts & Telecommunications 

和娇娇
     He Jiaojiao 

2012.09                

材料学
     Materials Science 

李艳霞
     Li Yanxia 

2012.09                

材料学
     Materials Science 

龙丽霞
     Long Lixia 

2012.09                

材料学
     Materials Science 

徐志蓬
     Xu Zhipeng 

2012.09                

材料学
     Materials Science 

陈剑
     Chen Jian 

2012.09                

材料学
     Materials Science 

张冰洁
     Zhang Bingjie 

2012.09                

材料工程
     Materials Engineering 

姚  淼
     Yao Miao 

2013.09                

材料学
     Materials Science 

张  力
     Zhang Li 

2013.09                

材料学
     Materials Science 

姚  萌
     Yao Meng 

2013.09                

材料学
     Materials Science 

周  康
     Zhou Kang 

2013.09                

材料物理与化学
     Materials Physics and Chemistry 

任广林
     Ren Guangling 

2013.09                

材料工程
     Materials Engineering 

 

Professor Yang Jianye (PhD Supervisor)

2. Controllable preparation,  symbiotic/multiphase structural features and property regulation research of  bismuth layered piezoelectric materials, Natural Science Foundation of China

说明:https://clxy.xust.edu.cn/__local/0/D2/60/C9A299EE72D20EBBF6B6A23D48A_0303045B_34470.jpg

Yang Jianye,  doctor, PhD Supervisor, was borrn in December 1958. He is now working in the  Macromolecule Teaching and Research Office,Department of Materials Science  and Engineering, Xi’an University of Science and Technology, engaging in the  teaching and scientific research of polymer matrix composite sna coal  chemistry (includingcoal geochemistry), organic petrology. He has published 2  monographs. As the first author, he has published nearly 40 papers in  well-known periodicals both at home and abroad, such as Science in China  (English Edition), geoscience (English Edition),Acta Sedimentologica  Sinica,  Journal of Coal Society,  Acta Geologica Sinica (English  Edition), Journal of Fuel Chemistry and Technology, Journal of Northwest  University, Journal of Chang’an University, Journal of China University of  Mining & Technology, Coal Geology& Exploration, Journal of Xi’an  University of Science and Technology, Coal Geology of China and Fuel （foreign journal). Of which, 15 have  been included by SCI, EI. He has been in charge of 2 NSFC programs, 6  provincial fund programs (including national key laboratory fund program), 2  horizontal projects and attended 2 NSFC projects, 1 coal science fund program  and 1 research on national “Ninth five-year plan” second-level special large  and medium-sized natural gas field organic phase (the number is  96-110-01-02-04; the applicant is the first participant). The latter has been  identified by CNPC Technology Development Department entrusted by Ministry of  Science and Technology (the director of Appraisal Committee is Shi Baoheng,  the Deputy Director is Academician Sun Shu and Tian Zaiyi) as “reaching the  international advanced level on the whole and international leading level for  part research”. He has made great achievements on the research of  microelement distribution and occurrence state of coal in the coal chemistry.  He has discovered the coal (geo) chemical effect of lanthanide in the coal  and the periodical change rule of geochemical behavior statistical  distribution of microelement in the coal for the first time. This effect is  of great theoretical value to recognize the microelement’s macromolecular  structure in the coal and the distribution law of minerals from the   microscopic particle structure level. What’s more, it has significant  reference value to other fields such as astrochemistry, biomedicine elemental  chemistry and other disciplines. He is the academic leader of Physical  Chemistry of Materials, head of second-level innovation team of Xi’an  University of Science and Technology, review expert of NSFC programs and  reviewer of Journal of Fuel Chemistry and Technology. In 2012, 2013, he was  separately rewarded the third prize of Xi’an Science and Technology Award and  third prize of Excellent Academic Papers on Natural Science in Shaanxi  Province.
   


 Email: yjyxust@163.com

1.  Projects: 1.  NSFC general program, Research on the periodic law of  geochemical behavior of microelement in the coal, 65.00 2012.1-2014.12;   2.NSFC general program, Research on the geochemistry-organic petrology of  uranium in the coal, 41.00 2009.1-2011.12  3. Project of Shaanxi  Provincial Science& Technology Department, Coal geochemistry of  lanthanide 4.00 2013.1-2014.12  4. Education Department of Shaanxi  Provincial Government, Restudy on the distribution and occurrence law of  lanthanide in the coal, 2.00 2013.1-2014.12  5. United Fund for PhD  Supervisors, Ministry of Education, From coal geochemical effect of  lanthanide to lanthanide geochemical effect, 12 2013.1-2015.12  6. NSFC  general program, Ultra-normal enrichment mechanism study of gallium in the  Junggar coal of Inner Mongolia, 5.00 2007.1-2010.12  7. Project of  Education Department of Shaanxi Provincial Government, Geochemical study of uranium  in the coal, 2.00 2007.9-2009.12   8. Project of Shaanxi Provincial  Science& Technology Department, Occurrence state and enrichment mechanism  of harmful elements in the late paleozoic coals in Weibei, 1.50  2005.01-2006.12

2.  Awards
  1. Geochemical study of lanthanide, third prize of Xi’an Science and  Technology Progress Award, 2012;
  2. An important law of coal microelement geochemistry, third prize of  Excellent Academic Papers in Shaanxi Province, 2013

3.  Papers:
  1. A brief survey of the associations between microelement and coal  organic matters-with No.8 coal bed of Taiyuan Xishan Coal Mine Area as an  example Journal of Fuel Chemistry and Technology 2014.6 EI
  2. The geochemical effect of Lanthanides: Its types and application for  magmatic rocks- a new method to semi-quantitatively determine strength of  magmatic fluid complexation and fractional crystallization Journal of Earth  Science 2014.4 SCI
  3. Re-exploration of microelement migration law in coal pyropysis  Journal of Coal Science & Engineering(China)  2013.12 EI
  4. Geochemical effect and theoretical significance of lanthanide in  Late paleozoic coals of Weibei Journal of Fuel Chemistry and Technology   2011.12 EI
  5. An important application of geochemical effect of lanthanide-with  the petrographic classification of rare earth elements and migration  enrichment process during coal combustion as example Journal of Hunan  University of Science and Technology (Natural science edition)    2011，6
  6. Geochemical study of uranium and other elements in the lignite of  ZK0407 well in Yili Basin Journal of Fuel Chemistry and Technology   2011，5 EI
  7.  Geochemical study of uranium and other elements in the lignite  of ZK0161 well in Yili Basin,Journal of Fuel Chemistry and Technology 2011，6  EI
  8. The periodic law of trace elements in coal SCIENCE CHINA 2011，10 SC
  9. The  deviating rate of acid of microelement in the coal and  periodic law of elements Journal of Fuel Chemistry and Technology 2010.10 EI
  10. Organic-inorganic affinity of lanthanide in the coal and its  evolvement rule study Journal of China University of Mining and Technology  2010.5 EI
  11. The  deviating rate of acid of microelement in the coal and  periodic law of elements Journal of Fuel Chemistry and Technology 2010.10 EI
  12. Geochemical phenomenon of a special rare earth element in coal  soluble hydrocarbon Journal of Fuel Chemistry and Technology 2009.10 EI
  13. Phase differentiation effect of microelement in the No.6 coal bed  of Heidaigou, Jungar, Inner Mongolia Journal of Fuel Chemistry and Technology  2008.12 EI
  14. Coal geochemical study oflanthanide-with rank coal in Weibei as  example Journal of Chinese Rare Earths 2008.08 EI
  15.  Microelement residual hydrocarbon in medium-rank coal of  Weibei-Study on inorganic minerals affinity and its impact on coal-formed  hydrocarbon Acta Geoscientia Sinica 2008.04
  16. Concentration and distribution of urannium in Chinese coal Energy  2007.07 SCI, EI
  17. Modes of Occurrence and Geological Origin of Beryllium in Coals  from the Pu'an Coalfield,Guizhou,Southwest China  ACTA GEOLOGICA SINICA  2007.06 SCI, EI
  18. Occurrence state and geologic origin of precious metal elements in  late permian epoch coals of Pu’an mine area, Guizhou Province Acta  Geoscientia Sinica 2007.06
  19. Correlation research of macroelement, microelement in low rank coal  and coal-formed hydrocarbon potential parameters Journal of Fuel Chemistry  and Technology 2007.02
  20. Relationship Between Major/Trace Elements and the Parameter of Rock  Pyrolysis in the Low-rank Coals The 23th international organic  petrology  conference proceedings 2006.09
  21. Concentrations and modes of occurrence of trace elements in the  Late Permian coals from the Puan Coalfield,southwester Guizhou,China Environ  Geochem Health 2006.09  SCI, EI
  22. Mass fraction and occurrence state of microelement in late permian  coals, Pu’an mine area, Guizhou Province Journal of Fuel Chemistry and  Technology 2006.04  EI
  23. Modes of occurrence and origins of noble metals in the Late Permian  coals from the Puan Coalfield,Guizhou,southwest China Fuel 2006.04  SCI,  EI
  24. Geochemical study status and thoughts of uranium in “Multi-energy  coexistence in a basin” Journal of Coal Science & Engineering(China)  2005.12  EI
  25. Relation between sporopollen in the low-rank coal and soluable  organic matters Journal of China University of Mining and Technology   2005.11  EI
  26. First exploration of correlation between sporopollen in the  low-rank coal and macroelement and microelement Coal Geology &  Exploration  2005.08
  27. Research status of modified cyanate ester resin New Chemical  Materials 2005.04
  28. Fluorescence organic component index and source rock hydrocarbon  performance study Coal Geology & Exploration 2003.06 EI

 

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