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研究生導師簡介
姓 名
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王為民
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性 別
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男
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民 族
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漢
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出生年月
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1966-02-13
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職 稱
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教授
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職 務
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聯系電話
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單位名稱
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武漢理工大學材料復合新技術國家重點實驗室
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Email
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shswmwang@whut.edu.cn
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實驗室網址
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研究方向
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先進陶瓷復合材料、材料加工制備新技術、多功能陶瓷復合材料
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教育背景
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1988年7月畢業于武漢工業大學無機材料專業獲得工學學士學位;
1991年2月畢業于武漢工業大學無機材料專業,獲得工學碩士學位;
1998年10月在武漢工業大學獲工學博士學位;
2000年2月至2001年5月在荷蘭Delft理工大學從事博士后工作
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工作經歷
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1991.04-- 1995.10:武漢工業大學材料復合新技術國家重點實驗室、1995.11-- 1998.09:武漢工業大學材料復合新技術國家重點實驗室、副研究員
1998.10-- 今:武漢理工大學,材料加工工程學科責任教授、教授,博士生導師,
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項目情況
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1、具有殼核結構的硼化物基可加工陶瓷的制備及界面研究,國家自然科學基金項目,
2、碳--氮化硼層狀復合材料的界面設計和制備研究,教育部新世紀人才計劃,
3、TiB2可加工陶瓷的界面結構控制研究,教育部博士點基金,
4、高性能抗沖擊陶瓷研究與應用,JGXM;
5、改性碳化硼陶瓷的研制與應用,JGXM
6、電場輔助快速成型燒結技術研究,JGXM
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代表性學術
成果 |
獲獎成果:
1、自蔓延燃燒合成技術制備TiB2陶瓷粉末技術及其工業應用,建材行業科技進步獎一等獎,1996年,排名第二;
2、自蔓延燃燒合成技術制備TiB2陶瓷粉末技術及其工業應用,國家科技進步三等獎,1997年,排名第二;
3、一種自蔓延高溫合成瞬間沖擊快速制備金屬陶瓷的方法,湖北省技術發明一等獎,2001年,排名第二;
4、反應合成與加工材料基礎研究,湖北省自然科學二等獎,2002年,排名第三;
5、復合陶瓷蒸發坩堝研制及產業化,湖北省科技進步獎一等獎,2006年,排名第二;
6、高性能陶瓷蒸發坩堝的低成本制造技術,建材行業技術發明獎一等獎,2008年,排名第二;
7、結構/功能復合化新型導電陶瓷的設計、成套制備技術與應用,國家技術發明二等獎,2012年,排名第二;
部分論文:
1、 Influence of Hot Pressing on Mechanical Properties of TiB2 Ceramics,J. of the Europe ceramics society,Vol.22 p1045-1049,(2002) SCI
2、 Combustion Synthesis Reaction of B2O3-TiO2-Mg,J. of Mate. Proc. Tech,Vol.128,p162-168,(2002) SCI
3、 Manufacture Process of TiB2-Al2O3)/Al composites by Combustion synthesis and Densification, Journal of The Australasian Ceramic Society, Vol38(1)2002, SCI
4、 Microstructure characteristics of BN composites with conductivity ,Journal of Wuhan University of Technology, Vol.17(4)P5-8,(2002) SCI
5、 Phase transformation during joining of an Al-Mg-Li alloy by SPS,Scripta Materialia,2008,
6、 structure and properties of fine-grained alumina fast sintered with high heating rate,2008,
7、 Welding of Ti-6Al-4V and TiB2-Ni cermet using pulsed current heating,Science and Technology of Welding & Joining,2008,
8、 An improved method for chemical bath deposition of ZnS thin films,Chemical Physics Letters, 462(1-3), p84,2008/9/1 SCI,
9、 Thermal Conductivity of Hot Pressing Sintering AlN-BN Composites,Ceramics International,2009,
10、 Fabrication, characterization and photocatalytic activity of La-doped ZnO nanowires,Journal of Alloys and Compounds, 484(1-2), p410,2009/9/18,SCI
11、 Synthesis, characterization and luminescence properties of Y-doped and Tb-doped ZnO nanocrystals,,Materials Science and Engineering B, 162(3), p179,2009/6/15,SCI,
12、 Synthesis, Characterization, and Photocatalytic Activity of Zn-Doped SnO2 Hierarchical Architectures Assembled by Nanocones,Journal of Physical Chemistry C, 113(21), p9071, 2009/5/28, SCI,
13、 Solvothermal synthesis, nanocrystal print and photoelectrochemical properties of CuInS2 thin film,Materials Letters, 64(2),p195-198, 2010/1/31,SCI,
14、 Nest-like structures of Sr doped Bi2WO6: synthesis and enhanced photocatalytic properties,Materials Science and Engineering B 176 (2011) 1264– 1270,SCI
15、 Hydrothermal Synthesis of Hierarchical Rose-like Bi2WO6 Microspheres with High Photocatalytic Activities Under Visible-light Irradiation,Materials Science and Engineering B 177 (2012) SCI
16、 Low temperature synthesis of polycrystalline explosion phase boron nitride submicron-powders.Diamond & Related Materials, 2013, 31, 15-18.
17、 Synthesis of nano-sized amorphous boron powders through active dilution self-propagating high-temperature synthesis method. Materials Research Bulletin, 2013, 48, 2018-2022.
18、 Growth and Optical Properties of Explosion Phase Boron Nitride Octahedron Crystals.Crystal Growth &Design, 2013, 13, 599-605.
19、 Preparation of B4C–SiC composite ceramics through hot pressing assisted bymechanical alloying. International Journal of Refractory Metals and Hard Materials, 2013,41, 270-275.
20、 Morphology Controlled Synthesis and Characterization of Bi2WO6Photocatalysts.Journal of Wuhan University of Technology-Mater. Sci. Ed.28 (2013):231-234.
21、 The Microstructure and properties of B4C-SiC composites prepared by polycarbosilane-coating/B4C powder route,Journal of the European Ceramic Society,34 (2014) 1123–1129
22、 Microstructures and mechanical properties of B4C–SiC intergranular/intragranular nanocomposite ceramics fabricated from B4C, Si, and graphite powders,Journal of the European Ceramic Society 34 (2014) 2153–2161,
23、 Synthesis and structural evolution of B4C–SiC nanocomposite powders by mechanochemical processing and subsequent heat treatment,Powder Technology 254 (2014) P131–136,
24、 Effects of TiB2 on microstructure of nano-gained Cu-Cr-TiB2 composite powders prepared by mechanical allying. Advanced Powder Technology,Vol25 (2014) P415–422
25、 Solvothermal synthesis and electrochemical performance of rod-like V6O13 as cathode material for lithium ion battery,J Electroceram,2014
26、 Solvothermal synthesis and electrochemical performance of Ag-doped V6O13 as cathode material for lithium-ion battery,Ionics,2014
27、 Growth mechanism and ultraviolet-visible property of novel thick-walled boron nitride nanostructures,CrystEngComm,2014, 16,2746-2753,
28、 Mechanical properties and densification of short carbon fiber-reinforced TiB2/C composites produced by hot pressing,Journal of Alloys and Compounds 584 (2014) 87–92
部分專利:
1, 一種制備TiB2-Cf-碳復合材料的方法,ZL2012 1 0002022.2,
2, 一種定向生長八面體爆炸相氮化硼多晶粉末的制備方法,ZL2012 1 0357494.X
3, 一種二硼化鈦—氮化鈦納米異質結構復合粉末及其制造方法,ZL2012 1 0381199.8,
4, 一種碳化硼碳化硅復合陶瓷及其制備方法,Zl201210560943.0
5, 一種空心立方結構鋅摻雜氧化錫的水熱合成方法,
6, 國防專利,200822ZL01,ZL200810074532.4
7, 國防專利,200822ZL06,ZL200810075366.X
8, 國防專利,200822ZL03,ZL200810075200.8
9, 國防專利,200822ZL05,ZL200810076349.8
10, 快速制備碳化鋯陶瓷粉體的方法,ZL201010199503.8
11, 半透明Ca*離子摻雜SiAION復相陶瓷材料的制備方法及其產品,ZL2011101783,
12, 半透明Li-α-SiAlON陶瓷材料的快速制備方法,ZL201010181283.6,
13, 一種二硼化鋯陶瓷粉末的制備方法,ZL200910060850.X,
14, LiAION透明陶瓷的無壓燒結制備方法,ZL201110194521.1
15, 鎂熱燃燒還原合成碳化鋯粉末的方法,ZL200810196896.X
16, 一種提純碳化鋯粉末的方法,ZL201010101112.8,
17, 一種制備碳納米管增強陶瓷的超快燒結方法,ZL200910060613.3
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