【人物简介】

　　施建章，副教授。西安交通大学电子陶瓷与器件教育部重点实验室微电子与固体电子学专业博士毕业，主要从事新型复合电磁材料与器件的计算机仿真、制备和表征研究工作。

【研究方向】

多铁性材料的性能计算、制备和表征 新型复合电磁材料与器件的计算机仿真、制备和表征 光子晶体的仿真计算、制备、性能表征和应用

【研究成果】

【科研项目】

　　参与的科研项目有： 　　国家自然科学基金项目“多带隙可调电磁带隙结构材料的制备及机理研究”(No:50572085) 　　中德合作基金项目“用于微波器件的埋入式电阻、电容设计、制备和高频特性研究”(No:2005183045) 　　攻关项目“高性能ZnO压敏电阻器、避雷器复合添加剂化学湿法制备技术研究”(HX0108051205)

【论文著作】

　　Jianzhang Shi, Hong Wang, Dongshi Zhang, Feng Chen, Xi Yao, Femtosecond Laser Directly Writing Microholes in Bi(Nb0.998V0.002)O4and Multi-Photon Induced Large Scale Nano Wires Array, Journal of Materials Science: Materials in Electron, 22(1): 1-5, 2011 (SCI: 708YK;EI: 20110113542342) 　　Jianzhang Shi, Hong Wang, Tingwei Yao, Feng Xiang, Xi Yao, Fabrication and properties of 2D EBGs by moulding/demoulding with high permittivity ceramics，Journal of Electroceramics, 21(1-4): 452-456, 2008 (SCI: 399XS; EI: 20093112229750) 　　施建章, 汪宏, Werner Jillik, 姚熹, 喷墨打印用BZN陶瓷墨水的制备及其性质研究，无机材料学报，23(2): 257-261, 2008 (SCI: 281KH) 　　Jianzhang Shi, Hong Wang，Xu Sun，Xi Yao, A Sandwich Like EBGs With Three Different Materials and Its Defect Modes，Ferroelectrics, 355(1): 182-188, 2007 (SCI: 225IR; EI: 20100512679500) 　　施建章, 汪宏, 王楠, 姚熹, 埋入式厚膜多层电容器的制备及其性质研究，稀有金属材料与工程，36(1): 954-956，2007 (SCI: 216GQ) 　　施建章, 曹全喜, 卫云鸽, 黄云霞, 复合纳米添加法制备ZnO压敏电阻器，压电与声光， 26(4), 283-285, 2004.8(EI: 03277528409) 　　Jianzhang Shi, Quanxi Cao, Yunge Wei, Yunxia Huang, ZnO varistor manufactured by composite nano-additives, Materials Science & Engineering B, 99(1-3): 344-347, 2003 (SCI: 700PL) 　　Dongshi Zhang, Feng Chen, Jianzhang Shi, Hong Wang, Jinhai Si, Fabrication of periodic microholes in BiNbO4by femtosecond laser pluses for the applications of 2D photonic crystal waveguide, Ferroelectrics, 387(1):130-136, 2009 (SCI:502PO) 　　Zhiyuan Shen，Hong Wang，Jianzhang Shi, Electromagnetic Bandgap StructureContaining High-K Dielectric Ceramics, Journal of the American Ceramic Society, 91(9): 2892-2896, 2008 (SCI: 347ON; EI: 083711540328) 　　Wei Dai, Hong Wang, Minjie Wang, Zhiyuan Shen, Dichen Li, Di Zhou, Jianzhang Shi, Fabrication of three-dimensional electromagnetic band-gap structure with high-K dielectric ceramics by rapid-prototyping, Journal of Electroceramics, 25(2-4): 218-222, 2010 (SCI: 666RS; EI: 20104413350779)