基本情况
王欣，工学博士，吉林大学材料科学与工程学院材料物理与化学专业教授。曾先后在瑞士巴塞尔大学物理所、奥地利维也纳工业大学表面物理研究组做访问学者。2000年师从教育部长江学者特聘教授，国家杰出青年基金获得者郑伟涛教授攻读博士学位，开始从事纳米磁性薄膜材料、碳基纳米材料的研究。目前发表sci收录论文29篇，其中发表在appl, surf, sci, 220（2003）30文章他引23次。2002年获得吉林省科技进步二等奖（排名第二），2008年获得吉林省科技进步一等奖（排名第五）。主持完成国家杰出青年基金子课题一项，作为主要参加人，完成国家863项目一项，973项目一项，国家自然科学基金一项，教育部项目二项。
研究领域
无机非金属材料、纳米材料
教育背景
2003年至2005年 博士后，长春光学精密机械与物理研究所
2000年至2003年 博士，吉林大学
1994年至1996年 硕士，哈尔滨工业大学
1988年至1992年 学士，长春工业大学
工作经历
2008年至2009年 高级访问学者，维也纳工业大学
2004年至2005年 访问学者，巴塞尔大学
1992年至1994年 技术员，长春第一汽车制造厂
论文发表
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x.
wang, h. jia, w.t. zheng, et al., “structural and magnetic properties of co–n
thin films synthesized by direct current magnetron sputtering”, thin solid
films 517, 2009, 4421
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x.
wang, h. jia, w.t. zheng, et al.,”structure and magnetic properties of columnar
fe-n thin films deposited by direct current magnetron sputtering”, tran.
nonferrous met. soc. china 19, 2009, 353
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h.
jia, x. wang*, w.t. zheng, et al., “synthesis and characteristics of
nanocrystalline co/n thin film containing co4n phase”, mater. sci. and eng. b
150, 2008, 121
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x.
wang, h. jia, w.t. zheng, et al., “effect of sputtering input power of co on
structure and magnetic properties of fe-co-n thin films”, adv. mater. res. 79,
2009, 635
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g.m.
yang, x. wang, w.t. zheng, et al., “two types of carbon nanocomposites:
graphite encapsulated iron nanoparticles and thin carbon nanotubes supported on
thick carbon nanotubes, synthesized using pecvd”, j. solid state chem. 182,
2009, 966
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j.
l. qi, x. wang, w.t. zheng, et al., “synthesis of a composite consisting of
carbon nanotubes and graphite shell-encapsulated cobalt nanoparticles using
plasma-enhanced chemical vapor deposition”, appl. surf. sci. 256, 2009, 1486
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j. l.
qi, x. wang, w.t. zheng, et al., “effects of total ch4/ar gas pressure on the
structures and field electron emission properties of carbon nanomaterials grown
by plasma-enhanced chemical vapor deposition”, appl. surf. sci. 256, 2009, 1542
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j.
l. qi, x. wang, w.t. zheng et al., “synthesis of carbon nanomaterials by radio
frequency plasma enhanced chemical vapor deposition”, j. alloy compd. 486,
2009, 265
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n.
ma, x. wang, w.t. zheng, et al., “effect of nb-doping on the structure,
magnetic, and mechanical properties for fe-n films synthesized by
facing-targets magnetron sputtering”, j. alloy compd. 477, 2009, 915
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j.
l. qi, x. wang, w.t. zheng et al., “ar plasma treatment on few layer graphene
sheets for enhancing their field emission properties”, j. phys. d 2010, in
press
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j.
l. qi, x. wang, w.t. zheng, et al., “influence of oxygen on the growth of
carbon nanotubes”, j. phys. d 41, 2008, 205306
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n.
ma, x. wang, w.t. zheng, et al., “influence of si-n interlayer on the
microstructure and magnetic properties of fe4n films”, appl. surf. sci. 254,
2008, 44786
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g.m.
yang, w.t. zheng, h.w. tian, x. wang et al., “investigation on nanodiamond and
carbon nanotube-diamond nanocomposite synthesized using rf-pecvd”, chem.
vap. deposition. 14, 2008, 236
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g.m.
yang, q. xu, t.h. tian, x. wang, w.t. zheng, “amorphous hollow carbon spheres
synthesized using radio frequency plasma-enhanced chemical vapour deposition”,
j. phys. d 41, 2008, 1
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w.
xu, x. wang*, w.t. zheng, et al., “growth behavior of amorphous fe-n thin
films-applicability of conventional dynamic scaling approach”, chem. j. chinese
uni. 28, 2007, 21025
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j.w.
liu, x. wang, w.t. zheng, et al., “alignment of amorphous carbon nanotubes with
graphitized branches grown by radio frequency plasma-enhanced chemical vapor
deposition”, carbon 45, 2007, 683
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l.l.
wang, x. wang, w.t. wang, et al., “structural and magnetic properties of
nanocrystalline fe-n thin films and their thermal stability”, j. alloy compd.
443, 2007, 43
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l.l.
wang, x. wang, w.t. zheng, et al., “influence of various substrate materials on
the structure and magnetic properties of fe-n thin films deposited by dc
magnetron sputtering”, surf. coat. techn. 201, 2006, 786
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l.l.
wang, x. wang, w.t. zheng, et al., “synthesis of single nanocrystal phase fe4n
on nacl substrate by dc magnetron sputtering”, mater. chem. phys. 100, 2006,
304
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x.
wang, w.t. zheng, l.l. wang, et al., “dynamic scaling phenomena and
universality classes in growth of iron nitride thin films deposited by direct
current magnetron sputtering” thin solid films 492, 2005, 75