衛國英，女，1977年10月出生，教授。中國計量學院教師。浙江省中青年學科帶頭人，浙江省"151"第三層次人才，中國計量學院材料學院材料化學專業負責人。
基本介紹
- 中文名：衛國英
- 出生日期：1977年10月
- 職業：教授
- 性別：女
研究方向,課題情況,論文情況,
研究方向
磁性材料的電化學製備；合金電沉積研究；磁性材料的電化學防護；材料表面處理。
課題情況
1、國家自然科學基金：磁性多層膜的可控離子液體電沉積及層間磁耦合（21171155 ），2012.1-2015.12，負責人；
2、國家自然科學基金：電化學振盪誘導下合金電沉積磁性薄膜結構及性能的變異（20601024），負責人；
3、浙江省科技計畫重點項目：涉及NdFeB表面合金電沉積速度分布的微觀研究及套用（2006C21103），負責人；
4、浙江省自然科學基金：FePt磁性顆粒薄膜的可控離子液體電沉積，2011.1-2012.12，負責人；
5、國家自然科學基金：磁場調控電沉積合金磁性薄膜動力學過程及磁有序結構（20971116），第一主研；
6.企業橫向課題：環保電鍍技術的研發，50萬，負責人；
7.企業橫向課題：電鍍廢水處理設備的研發，25萬，負責人；
8.企業橫向課題：無鉻環保型航空鋁合金件表面處理工藝研發，40萬，負責人。
3、浙江省科技計畫重點項目：涉及NdFeB表面合金電沉積速度分布的微觀研究及套用（2006C21103），負責人；
4、浙江省自然科學基金：FePt磁性顆粒薄膜的可控離子液體電沉積，2011.1-2012.12，負責人；
5、國家自然科學基金：磁場調控電沉積合金磁性薄膜動力學過程及磁有序結構（20971116），第一主研；
6.企業橫向課題：環保電鍍技術的研發，50萬，負責人；
7.企業橫向課題：電鍍廢水處理設備的研發，25萬，負責人；
8.企業橫向課題：無鉻環保型航空鋁合金件表面處理工藝研發，40萬，負責人。
論文情況
[1] Co-Pt-W thin films electrodepositedfrom sulphate-gluconate baths，Materials Chemistry & Physics, 2009, 118: 57-62
[2] Effect of organic additives on characterization of electrodeposited Co-Wthin films, Applied Surface Science 2007, 253(18): 7461-7466
[3] Influence of complexing agent on the electrodeposited Co-Pt-W magnetic thinfilms, Applied Surface Science 2008, 254（11）：3425-3430
[4] Preparation of magnetite nanoparticle by co-precipitation with addition oforganic additives, Rare Metal Materials and Engineering；2008，37：355-357
[5] Electroless deposition of CoPtWP magnetic thin films, Thin Solid Films,2010, doi:10.1016/j.tsf.2010.09.011
[6] The effect of magnetic fields on the electroless deposition of Co-W-P film,Surface & Coatings Technology, 2010, 204(16-17): 2669-2676
[7] Preparation of Co-W-P magnetic thin films by electroless deposition,Surface Review & Letters, 2009, 16(4): 635-642
[8] Effects of Bath Temperature on Electrodeposited Permanent MagneticCo-Pt-W(P) Films, Bulletin of the Korean Chemistry Society, 2007, 28(12):2214-2218
[9] Influence of Bath Composition on Magnetic Materials of ElectrodepositedCo-Pt-W Thin Films, Journal of Iron and Steel Research, International, 2007,14(4): 65-68
[10] Formation of one-dimensional nickel wires by chemical reduction of nickelions under magnetic fields. Chemical Communications, 2007: 2844-2846
[11] Magnetic field effects on the formation and properties of nickelnanostructures. European Journal of Inorganic Chemistry, 2009: 435-440
[12] Core-shell cylindrical magnetic domains in nickel wires prepared undermagnetic fields. The Journal of Physical Chemistry C, 2009，113: 2710-2714
[13] Magnetic-field-induced Formation of One-dimensional Magnetite Nanochains.Langmuir, 2009(25): 7135-7139
[14] Effects of External Current Constraint on the Belousov-Zhabotinskii SystemMeasured by a Pt Electrode, Bulletin of Korean Chemical Society，2005, 26(4): 543-547
[15] Effect of Phosphor Incorporation on Magnetic Properties ofElectrodeposited CoPtW Thin films，Journal of iron and steel research，2006
[16] Systematic-dynamic Analysis of Pt Electrode BZ Reaction System, ChemicalJournal of Chinese Universities，2004, 25(3): 693~696
[17] 外控弱周期電位約束近似下電極B-Z反應體系中極限環振盪的蛻變，化學物理學報，2005,18(3):367-371
[18] Controlled Externally by Weak-Periodical Current Constraint, ChineseJournal of Chemical Physics 2005, 18(6): 976-982
[2] Effect of organic additives on characterization of electrodeposited Co-Wthin films, Applied Surface Science 2007, 253(18): 7461-7466
[3] Influence of complexing agent on the electrodeposited Co-Pt-W magnetic thinfilms, Applied Surface Science 2008, 254（11）：3425-3430
[4] Preparation of magnetite nanoparticle by co-precipitation with addition oforganic additives, Rare Metal Materials and Engineering；2008，37：355-357
[5] Electroless deposition of CoPtWP magnetic thin films, Thin Solid Films,2010, doi:10.1016/j.tsf.2010.09.011
[6] The effect of magnetic fields on the electroless deposition of Co-W-P film,Surface & Coatings Technology, 2010, 204(16-17): 2669-2676
[7] Preparation of Co-W-P magnetic thin films by electroless deposition,Surface Review & Letters, 2009, 16(4): 635-642
[8] Effects of Bath Temperature on Electrodeposited Permanent MagneticCo-Pt-W(P) Films, Bulletin of the Korean Chemistry Society, 2007, 28(12):2214-2218
[9] Influence of Bath Composition on Magnetic Materials of ElectrodepositedCo-Pt-W Thin Films, Journal of Iron and Steel Research, International, 2007,14(4): 65-68
[10] Formation of one-dimensional nickel wires by chemical reduction of nickelions under magnetic fields. Chemical Communications, 2007: 2844-2846
[11] Magnetic field effects on the formation and properties of nickelnanostructures. European Journal of Inorganic Chemistry, 2009: 435-440
[12] Core-shell cylindrical magnetic domains in nickel wires prepared undermagnetic fields. The Journal of Physical Chemistry C, 2009，113: 2710-2714
[13] Magnetic-field-induced Formation of One-dimensional Magnetite Nanochains.Langmuir, 2009(25): 7135-7139
[14] Effects of External Current Constraint on the Belousov-Zhabotinskii SystemMeasured by a Pt Electrode, Bulletin of Korean Chemical Society，2005, 26(4): 543-547
[15] Effect of Phosphor Incorporation on Magnetic Properties ofElectrodeposited CoPtW Thin films，Journal of iron and steel research，2006
[16] Systematic-dynamic Analysis of Pt Electrode BZ Reaction System, ChemicalJournal of Chinese Universities，2004, 25(3): 693~696
[17] 外控弱周期電位約束近似下電極B-Z反應體系中極限環振盪的蛻變，化學物理學報，2005,18(3):367-371
[18] Controlled Externally by Weak-Periodical Current Constraint, ChineseJournal of Chemical Physics 2005, 18(6): 976-982
