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臺灣學術機構典藏系統 (Taiwan Academic Institutional Repository, TAIR)
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Institution Date Title Author
國立中山大學 2006 High-density Optical Disk Mastering Using Electron Beam Lithography with Modified LIGA Demolding Mechanism C.H. Chao;C.T. Pan
國立中山大學 2005-07-28 Self-Built Multilayer Aligner for Imprint With Finite Element Method Simulation C.T. Pan;C.C. Cheng;C.Y. Chen;L.H. Cheng;K.L. Sher
國立中山大學 2005-07-24 Self-Built Multilayer Aligner for Imprint With Finite Element Method Simulation C.T. Pan;C.C. Cheng;C.Y. Chen;L.H. Cheng;K.L. Sher
國立中山大學 2005-05-06 Multi-imprint Process for TFT-LCD Application C.T. Pan;C.C. Cheng;L.H. Cheng;C.Y. Chen;K.L. Sher
國立中山大學 2005-05-05 Multi-imprint Process for TFT-LCD Application C.T. Pan;C.C. Cheng;L.H. Cheng;C.Y. Chen;K.L. Sher
國立中山大學 2005 Study on The Geometry of Microball Lens Array by Novel Batch-fabrication Technique C.H. Chien; C.T. Pan; C.C. Hsieh; C.M. Yang; K.L. Sher
國立中山大學 2005 Fast Fabrication of Silicon Based Microstructures Using 355nm UV Laser C.T. Pan; Y.M. Hwang; C.W. Hsieh
國立中山大學 2005 Dynamic characterization of silicon-based microstructure of high aspect ratio by dual-prism UV laser system C.T. Pan; Y.M. Hwang; C.W. Hsieh
國立中山大學 2005 Polymeric magnetic microactuator with efficient permalloy loop design C.T. Pan
國立中山大學 2005 Integrated electromagnetic microactuators with a large driving force C.T. Pan; H. Yang; M.C. Chou; S.C. Shen
國立中山大學 2005 Magnetically-Actuated Bi-directional Microactuators with Permalloy and Fe /Pt Hard Magnet C.T. Pan; S.C. Shen
國立中山大學 2005 A study of the geometry of microball lens arrays using the novel batch-fabrication technique C.H. Chien; C.T. Pan; C.C. Hesieh
國立中山大學 2005 A Novel Method to Fabricate Gapless Hexagonal Micro-lens Array M.C. Chou; C.T. Pan; S.C. Shen; M.F. Chen; S.T. Wu
國立中山大學 2005 An efficient method to improve the proximity effect for electron beam optical disc mastering C.T. Pan; M.F. Chen
國立中山大學 2005 Intermediate wafer level bonding and interface behavior C.T. Pan; P.J. Cheng; M.F. Chen; C.K. Yen
國立高雄第一科技大學 2004.10 Magnetically-actuated bending-mode microactuators with excimer laser ablation C.T.Pan;S.C.Shen;C.C.Hsieh; 謝其昌
國立高雄第一科技大學 2004.10 Numerical method to predict and fabricate aspherical microlens arrays using 248-nm excimer laser ablation C.T.Pan;S.C.Shen;Hsieh, Chi-Chang;Chen, Yung-Chang;Chien, Chi-Hui; 謝其昌
國立中山大學 2004-12 The Packaging Process of Metal Microcap under Room Temperature Status and Its Shear Stress-Strain Relationship Analysis C.H. Chien; C.T. Pan; C.M. Yang; C.C. Hsieh
國立中山大學 2004-11-27 Imprinting Technique with Glass Mold Insert for TFT-LCD Process C.T. Pan;C.C. Cheng;K.L. Sher;L.H. Cheng;C.C. Chang;C.Y. Chen;M.N. Hsiao;L.E. Chou;Y.R. Hsu
國立中山大學 2004-11-26 Imprinting Technique with Glass Mold Insert for TFT-LCD Process C.T. Pan;C.C. Cheng;K.L. Sher;L.H. Cheng;C.C. Chang;C.Y. Chen;M.N. Hsiao;L.E. Chou;Y.R. Hsu
國立中山大學 2004 Numerical Method to Predict and Fabricate Aspherical Micro-lens Array Using 248nm Excimer Laser Ablation C.T. Pan; S.C. Shen; C.C. Hsieh; C.H. Chien; Y.C. Chen
國立中山大學 2004 Technique of Microball Lens Formation for Efficient Optical Coupling C.T. Pan; C.H. Chien; C.C. Hsieh
國立中山大學 2004 Optical switch with auto-aligning fibers and latching micro-mirrors H. Yang; C.T. Pan; S.C. Shen
國立中山大學 2004 Magnetically-actuated bending-mode microactuators with excimer laser ablation C.T. Pan; S.C. Shen;C.C. Hsieh
國立中山大學 2004 Perpendicular Magnetic Anisotropic Field for Polyimide-based Microactuator with Excimer Laser Ablation C.T. Pan

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