姓名：姚曼文
职称：研究员
电子邮箱：yaomw@tongji.edu.cn
办公地点：上海市曹安公路4800号，同济大学嘉定校区，同心楼408室
电话：**
研究方向：
1.介电材料与介电储能
2.压电与铁电材料
3.发光材料
学习工作经历：
姚曼文，女，研究员，博士生导师。1987-1991就读于山东大学，获理学学士学位；于1995年就读于美国宾夕法尼亚州州立大学材料研究所，获材料科学硕士学位；于2001年就读于美国休斯敦大学电子工程与计算机系，获博士(PhD)学位。其间曾在西安理工大学和新加坡材料与工程研究所工作。于2009年11月进入同济大学工作，曾先后主持国家自然科学基金3项，上海市自然科学基金，总装备部预研基金项目，教育部留学基金及校企产学研项目，作为骨干成员参与973课题及科技部中外合作专项。
授课情况：
《无机材料结构与性能》
《传感器与换能器》（英语）
《功能材料制备工艺基础》（英语）
代表性论文：
1. LiCY, Yao MW*, Gao WB, et al, “High breakdown strength and energy density inantiferroelectric PLZST ceramics with Al2O3 buffer”, Ceramics International,46, 722-730, (2020).
2. XiaoSQ, Gao WB, Yao MW*, et al, “High dielectric constant and energy densityachieved in sandwich-structured SrTiO3 nanocomposite thick films by interfacemodulation”, Journal of Materials Chemistry C, 7 (3), 673-681, (2019).
3. LiMX, Yao MW*, Gao WB, et al, “Self-enhanced electrical performance and lessdefective electrode/film structure for Al2O3 capacitor via interfacial anodicoxidation”, Electrochimica Acta, 313, 20-30, (2019).
4. XieJY, Yao MW*, Gao WB, et al, “Ultrahigh breakdown strength and energy density inPLZST@PBSAZM antiferroelectric ceramics based on core-shell structure”, Journalof the European Ceramic Society, 39 (4), 1050-1056, (2019).
5. XieJY, Yao MW*, Gao WB, et al, “Significantly enhanced dielectric constant andenergy density in Au/Al2O3 nanocomposite thin films”, Journal of Alloys andCompounds, 772, 324-331, (2019).
6. PengY, Yao MW*, Yao X, “Interfacial origin of enhanced energy density inSrTiO3-based nanocomposite films”, Ceramics International, 44 (3), 3032-3039, (2018).
7. SuZ, Yao MW*, Li MX, et al, “A novel and simple aluminium/sol-gel-derivedamorphous aluminium oxide multilayer film with high energy density”, Journal ofMaterials Chemistry C, 6 (21), 5616-5623, (2018).
8. FengQ, Yao MW*, Su Z, et al, “Significantly enhanced energy density of amorphousalumina thin films via silicon and magnesium co-doping”, CeramicsInternational, 44 (10), 11160-11165, (2018).
9. GaoWB, Yao MW*, Yao X, “Substantially improved energy density of SrTiO3 thin filmby cyclic cooling-heating and the interfacial blocking effect”, Journal ofMaterials Chemistry C, 6 (26), 7101-7110, (2018).
10. SuZ, Yao MW*, Yao X, “Ultrahigh energy density due to self-growing doubledielectric layers at a titanium/sol-gel-derived amorphous aluminium oxideinterface”, Journal of Materials Chemistry C, 6 (29), 7920-7928, (2018).
11. GaoWB, Yao MW*, Yao X, “Achieving Ultrahigh breakdown strength and energy storageperformance through periodic interface modification in SrTiO3 thin film”, ACSApplied Materials & Interfaces, 10 (34), 28745-28753, (2018).
12. XiaoSQ, Yao MW*, Gao WB, et al, “Significantly enhanced dielectric constant andbreakdown strength in crystalline@amorphous core-shell structured SrTiO3nanocomposite thick films”, Journal of Alloys and Compounds, 762, 370-377, (2018).
13. LiQX, Gao WB, Su Z, Yao MW*, et al, “Self-growth of nanocrystalline structuresfor amorphous Sr0.925Bi0.05TiO3 thin films with high energy density”, CeramicsInternational, 44 (15), 17688-17694, (2018).
14. LiMX, Yao MW*, Su Z, et al, “Improved breakdown strength and energy density ofAl2O3/nano-ZrO2 composite films via enhanced interfacial repairing behavior”,Ceramics International, 44 (17), 21428-21436, (2018).
15. PengY, Yao MW*, Xiao RH, et al, “Newly generated thick amorphous oxide layer atelectrode/sol-gel film interface under strong external electric field”, AppliedPhysics Letters, 111 (5), 052903, (2017).
16. YaoMW*, Su Z, Zou P, et al, “Dielectric properties under high electric field forsilicon doped alumina thin film with glass-like structure derived from sol-gelprocess”, Journal of Alloys and Compounds, 690, 249-255, (2017).
17. YaoMW*, Chen JW, Su Z, et al, “Ionic transport and barrier effect of anodic oxidelayer in a solid-state Al2O3 capacitor under high electric field”,Electrochimica Acta, 224, 235-242, (2017).
18. LiF, Yao MW*, Su Z, et al, “Enhancement of breakdown strength of SrTiO3/nano-SiO2composite film prepared by sol-gel technology”, Ceramics International, 43,3495-3500, (2017).
19. YaoMW*, You SY, Peng Y, “Dielectric constant and energy density of poly(vinylidenefluoride) nanocomposites filled with core-shell structured BaTiO3@Al2O3nanoparticles”, Ceramics International, 43 (3), 3127-3132, (2017).
20. SuZ, Yao MW*, Li F, et al, “Microstructural transitions and dielectric propertiesof boron-doped amorphous alumina thin film”, Journal of Materials Science, 52(16), 9314-9323, (2017).
21. GaoWB, Yao MW*, Yao X, “Improvement of energy density in SrTiO3 film capacitor viaself-repairing behavior”, Ceramics International, 43 (16), 13069-13074, (2017).
22. GaoWB, Yao MW*, Yao X, “Determining the activation energy of amorphous SrTiO3 filmbased on thermally stimulated depolarization current”, Solid State Ionics, 311,58-62, (2017).
23. YaoMW*, Chen JW, Su Z, et al, “Anodic oxidation in aluminum electrode by usinghydrated amorphous aluminum oxide film as solid electrolyte under high electricfield”, ACS Applied Materials & Interfaces, 8, 11100-11107, (2016).
24. YaoMW*, Peng Y, Xiao RH, et al, “Enhanced self-repairing capability of sol-gelderived SrTiO3/nano Al2O3 composite films”, Applied Physics Letters, 109,092904, (2016).
25. ZouP, Yao MW*, Chen JW, et al, “Leakage current and dielectric breakdown inlanthanum doped amorphous aluminum oxide films prepared by sol–gel”,CeramicsInternational, 42, 4120-4125, (2016).
26. PengY, Yao MW*, Chen JW, et al, “Electrical characteristics of SrTiO3/Al2O3laminated film capacitors”, Journal of Applied physics, 120, 014102, (2016).
27. PengY, Yao MW*, Li F, et al, “Dielectric breakdown characteristics of sol-gelderived SrTiO3 films”, Journal of Materials Science: Materials in Electronics,27, 8100-8104, (2016).
28. YaoMW*, Hu BF, Xiao RH, et al, “Effect of Al films as bottom electrode material onthe breakdown strength of Al2O3 thin films prepared via a sol-gel process”,Journal of Alloys and Compounds, 646, 387-392, (2015).
29. YaoMW*, Xiao RH, Peng Y, et al, “The influence of titanium doping on the electricproperties of amorphous alumina films prepared by sol-gel technology”, Journalof Sol-Gel Science and Technology ,74, 39-44, (2015).
30. YaoMW*, Wu YC, Fang XY, et al, “Spectral surface plasmon resonance imaging for thedetection of clenbuterol via three-dimensional immobilization of bioprobes”,Analytical Biochemistry, 475, 40-43, (2015).
31. XuKE, Yao MW*, Chen JW, et al, “Effect of crystallization on the band structureand photoelectric property of SrTiO3 sol-gel derived thin film”, Journal ofAlloys and Compounds, 653, 7-13, (2015).
32. WuYC, Yao MW*, Fang XY, et al, “Clenbuterol assay by spectral imaging surfaceplasmon resonance biosensor system”, Applied Biochemistry and Biotechnology,177, 1327-1337, (2015).
33. HuBF, Yao MW*, Xiao RH, et al, “Self-repiaring characteristics in the solid-stateAl2O3 film capacitors”, Applied Physics Letters, 105, 033902, (2014).
34. ChenJW, Yao MW*, Xiao RH, et al, “The application of the barrier-type anodicoxidation method to thickness testing of aluminum films”, Review of ScientificInstruments, 85, 094101, (2014).
35. YangPF, Yao MW*, Xiao RH, et al, “Preparation of Al2O3 film bysol-gel method on thermally evaporated Al film”, Vacuum, 107,112-115, (2014).
36. HuBF, YaoMW*,Xiao RH,etal,“Optical properties of amorphous Al2O3 thin films prepared by a sol-gelprocess”, Ceramics International, 40, 14133-14139,(2014).
37. YaoMW*, Zheng Y, Yao X, “A study on PZT-Epoxy piezoelectric composites by dynamicmechanical analyzer”, Ferroelectrics, 457, 69-75, (2013).