王为科研成果

王为 教师名称：王为 教师拼音名称：Wang wei 性别：女 职务：Head of the department 职称：教授 其他联系方式 邮编：300354 通讯/办公地址：Department of Applied Chemistry, School of Chemical Engineering and Technology, Tianjin University, Tianjin 300354, PR China 移动电话：022-27403389 邮箱：wwangg@tju.edu.cn 基本信息 研究方向 获奖情况 论文成果 Academic part-time job:      1. China Surface Engineering Association: vice-chairman      2. Space Energy committee of China Aerospace Society: committee member      3. Tianjin Plating Engineering Society: vice-chairman      4. 《China Surface Engineering》: editorial board member      5. 《China Electroplating》: editorial board member      6. 《Material Protection》: editorial board memberMajor research projects completed as the project leader:1.    National Key Fundamental Research Program (973 project): Fabrications on micro- thermoelectric power generator by nanomaterial technology (2000-2005)2.    National High Technology Research and Development Program (863 Project): Investigations on the preparation technologies of micro thermoelectric power generators based on nanocrystalline film thermoelectric materials and related mechanism (2006-2008)3.    International Cooperation Key Project of Ministry of Science and Technology of China: Electrodeposition of p-type and n-type doped Bi2Te3 thermoelectric films and Fabrication technology of micro thermoelectric power Generators (2009-2011)4.    National Key Fundamental Research Program (973 project): Fundamental Research on thermoelectric materials and devices for scale applications (2013-2017)5.    National Natural Science Foundation of China: Investigation on both radar and infrared stealth materials by composite structure porous alumina film (1997-1999)  6.    National Natural Science Foundation of China: Investigations on the preparation of Bi nano-wire array by electrochemical technology and related quantum thermoelectric effect (2000-2003)  7.    National Natural Science Foundation of China: Investigations on the assembling of Bi2Te3/conductive polymer/graphene composite quantum well thermoelectric materials and related electronic and photonic transport characteristics (2013-2016) 8.    Tianjin Natural Science Foundation Program: Investigations on the preparation of graphene and composite ultra-thin films by in-situ polymerization and electro-static self-assembling (2009-2012)9.    Tianjin Natural Science Foundation Program: Investigations on the fabrication technology of composite conductive sphere-shaped micro particles (1997-1998)10. Doctor Foundation of ministry of education: Investigation on the electrodeposition of doped Bi2Te3 composite thermoelectric nanomaterial and related quantum thermoelectric effect (2009-2012) 11. Enterprise cooperation project: Via-filling technology of copper for high density PCB (2006-2007)12. Enterprise cooperation project: Fabrication technology of aluminum-air fuel cell with high-power (2012-2019) 2.Fabrication technology and related mechanism of batteries and fuel cells with high energy density 1.Fabrication technology and related mechanism of functional material and nanomaterial 暂无内容 Xu Han.Synthesis and Characterization of CNTs/Bi2Te3 Thermoelectric Nanocomposites.INTERNATIONAL JOU....2019,8 (5) Wang Yilin.Effect of SiC Nanoparticles on the Electrochemical Reduction Behaviors of Ionic Bismuth and Tellurium.JOURNAL OF ELECTR....2019,44 (6) Wang Yilin.Preparation of Bi2Te3/Nano-SiC Composite Thermoelectric Films by Electrodeposition.JOURNAL OF ELECTR....2019,44 (6) Liu Yu.Electrochemical Reduction Process of BiIII, TeIV and SbIII with Complexing Agent in Hydrochloric Acid Bath.JOURNAL OF THE EL....2019 Yang Mengqian.Electrodeposition and Thermoelectric Properties of Cu-Se Binary Compound Films.Journal of Electr....2019,45 (5) Liu Xiaoqing.Pulse Electropolymerization and Thermoelectrical Performances of Carbon Nanotubes/Polyaniline Composite Film.ECS JOURNAL OF SO....2019,5 (5):27-30 Li Yaozong.Effect of Different Electrode Materials on the Electropolymerization Process of Aniline in Nitric Acid Media. Journal of Electronic Materials.Journal of Electr....2019,46 (2):1324-1330