English  |  正體中文  |  简体中文  |  总笔数 :2853502  
造访人次 :  45170377    在线人数 :  1053
教育部委托研究计画      计画执行:国立台湾大学图书馆
 
臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)
关于TAIR

浏览

消息

著作权

相关连结

"i han chen"的相关文件

回到依作者浏览
依题名排序 依日期排序

显示项目 1-26 / 26 (共1页)
1 
每页显示[10|25|50]项目

机构 日期 题名 作者
國立臺灣師範大學 2019-09-06T01:29:24Z 葛里塞《時間的漩渦I》之分析研究 與自我音樂創作之運用 陳一涵; I-Han Chen
元智大學 2013-9-1 Hybrid User-Assisted Incremental Model Adaptation for Activity Recognition in a Dynamic Smart-Home Environment Ching-Hu Lu; I-Han Chen; Li-Chen Fu
國立臺灣海洋大學 2013 Acrothorthoracican barnacles (Litoglyptida) in Taiwan, including the taxonomic status of Balanodytes taiwanus Utinomi, 1950 and cryptic diversity of Auritoglyptes bicornis (Aurivillius, 1892) Benny K.K. CHAN; Chi Chiu CHEANG; I-Han CHEN; Gregory A. KOLBASOV
中原大學 2011-09-07 潮牌消費者品牌知覺價值、價格敏感度、顧客滿意度、與品牌忠誠度之關聯性研究 -以服飾業為例- 陳奕涵; I-Han Chen
南台科技大學 2008-11 Synthesis of core/shell type of hybrid cobalt ferrite nanocomposite by using polyionic copolymer with extra magnetic field 王振乾;陳志彥; Cheng-Chien Wang; I-Han Chen; Chun-Rong Lin; Chuh-Yung Chen
南台科技大學 2008-01 Synthesis of mono-disperse hollow nickel spheres with a double shell structure using poly(methyl methacrylate) as a template 王振乾; I-Han Chen; Cheng-Chien Wang; Chuh-Yung Chen
南台科技大學 2008 Synthesis of Core/Shell Type of Hybrid Magnetic Particle by Using Polyionic Copolymer with Extra Magnetic Field 林春榮; Cheng-Chien Wang; I-Han Chen; Chun-Rong Lin; Chuh-Yung Chen
南台科技大學 2007 Synthesis of core/shell type of hybrid cobalt ferrite nanocomposite by using polyionic copolymer with extra magnetic field 王振乾; Cheng-Chien Wang ;I-Han Chen ;Chun-Rong Lin;Chuh-Yung Chen
南台科技大學 2007 Preparation and Magnetic Properties of Monodisperse Nanocomposite Hollow Spheres 林春榮; Chun-Rong Lin; Cheng-Chien Wang; I-Han Chen
南台科技大學 2006-09 Magnetic behavior of core-shell particles 王振乾; Chun-Rong Lin; Cheng-Chien Wang; I-Han Chen
南台科技大學 2006-09 Preparation and characterization of hollow magnetic silica (CoFe2O4–SiO2) microspheres 王振乾; Cheng-Chien Wang; I-Han Chen; Chun-Rong Lin
南台科技大學 2006-09 Magnetic behavior of core-shell particles 林春榮; Chun-Rong Lin; Cheng-Chien Wang; I-Han Chen
南台科技大學 2006-09 Preparation and characterization of hollow magnetic silica (SiO2-CoFe2O4) microspheres 林春榮; Cheng-Chien Wang; I-Han Chen; Chun-Rong Lin
南台科技大學 2006-08 Preparing of Highly Luminescent Nanocomposite by Chelating Copolymer 王振乾; Cheng-Chien Wang; An-Liu Chen; I-Han Chen
南台科技大學 2006-06 Synthesis and magnetic behavior of silica-coated cobalt ferrite hollow spheres 林春榮; Cheng-Chien Wang; I-Han Chen; Chun-Rong Lin
南台科技大學 2006-03 Preparation of High Photoluminescent Hybrid Polymer-CdS Nanoparticle with Chelating Functional Polymer 王振乾; Cheng-Chien Wang; An-Liu Chen; I-Han Chen
南台科技大學 2006-01 Effect of Chelating Functional Polymer on the Size of CdS Nanocluster Formation 王振乾; Cheng-Chien Wang; An-Liu Chen; I-Han Chen
南台科技大學 2006 以離子型高分子製備核殼型與中空型奈米磁性複合微粒之研究 陳奕瀚; I-Han Chen
南台科技大學 2006 Synthesis of hollow hybrid silica/iron magnetic nanocomposite 王振乾; Cheng-Chien Wang; I-Han Chen ;Chun-Rong Lin
南台科技大學 2006 Preparation and properties of magnetic hollow nanocomposite spheres 王振乾; Cheng-Chien Wang; I-Han Chen;Chun-Rong Lin
南台科技大學 2006 Preparation and characterization of hollow hybrid magnetic microspheres 王振乾; Cheng-Chien Wang; I-Han Chen; Chun-Rong Lin
南台科技大學 2005 Synthesis and magnetic behavior of silica-coated cobalt ferrite hollow spheres 王振乾; Chun-Rong Lin; Cheng-Chien Wang; I-Han Chen
南台科技大學 2005 Synthesis of core/shell type of hybrid cobalt ferrite nanocomposite by using polyionic copolymer with extra magnetic field 王振乾; I-Han Chen ;Cheng-Chien Wang
南台科技大學 2005 Preparation and characterization of hollow magnetic silica (SiO2-CoFe2O4) microspheres 王振乾; Cheng-Chien Wang; I-Han Chen; Chun-Rong Lin
南台科技大學 2004 Synthesized of Hybrid Nanocomposite with CoFe2O4 Magnetic Nanoparticle I 王振乾; Cheng-Chien Wang; I-Han Chen
南台科技大學 2004 The effect of chelating group on the preparation of hybrid copolymer-CdS nanoparticle 王振乾; Cheng-Chien Wang ;Yan Liang Chen ;I-Han Chen

显示项目 1-26 / 26 (共1页)
1 
每页显示[10|25|50]项目