Error Compensation in Reflection Type Centering Error Testing
スポンサーリンク
概要
- 論文の詳細を見る
- 2009-04-01
著者
-
Lee Cheng-chung
Department Of Optics And Photonics/thin Film Technology Center National Central University
-
Wu Yi-ling
Electronics And Opto-electronics Research Laboratories Industrial Technology Research Institute
-
CHANG Chuan-Chung
Department of Optics and Photonics, National Central University
-
Lee Cheng-chung
Department Of Optics And Photonics National Central University
-
Chang Chuan-chung
Department Of Optics And Photonics National Central University
関連論文
- Enhanced Birefingence of MgF_2 Thin Film at 193nm by Serial Bideposition
- Effects of Ion Assistance and Substrate Temperature on Optical Characteristics and Microstructure of MgF_2 Films Formed by Electron-Beam Evaporation
- Spiral Search Method for Designing a Wide Angular Broadband Visible Antireflection Coating
- Error Compensation in Reflection Type Centering Error Testing
- Effects of Thermal Annealing on Titanium Oxide Films Prepared by Ion-Assisted Deposition
- Off-Axis Performance Analysis of Wavefront Coded Imaging System
- Optical and Mechanical Properties of AlF_3 Films Produced by Pulse Magnetron Sputtering of Al Targets with CF_4/O_2 Gas
- Etching Effect of the Autocloning Structure Using Ion-Assisted Deposition
- System for Measuring Optical Admittance of a Thin Film Stack
- Effects of Re-baking and Substrate Temperature on Optical Properties and Residual Stress of Ion-Assisted Deposition TiO2 Thin Film
- Two-Frequency Paired Polarization Interferometer for Faraday Rotation Angle Detection
- Transparent Conductive Distributed Bragg Reflectors Composed of High and Low Refractive Index Transparent Conductive Films
- Preparation of Low Resistivity Transparent Conductive Nb-Doped TiO Films by the Co-sputtering Method
- Nanoimprinting Pre-Patterned Effects on Anodic Aluminum Oxide
- Two-Dimensional Distributions of Five Cell Parameters of Twisted Nematic Liquid Crystal Device by Numerical Photometric Ellipsometer
- Eliminating Spherical Aberration by Gradient-Indexed Lenses: Formulation and Extension