Femtosecond micromachining of optical elements
POSTER
Abstract
and microlens arrary (MLA) fabricated directly using a femtosecond laser have been done. Lithography processing with a femtosecond laser without a phase mask has been applied to fabricate a FZP on silica surface and optical characteristics of the FZP are compared to those of FZP on the silica surface fabricated conventional femtosecond technology using laser ablation processes. Diffraction gratings with higher diffraction efficiency due to CO$_{\mathrm{2}}$ laser surface treatment processing have been fabricated on the surface of silica surface using a femtosecond laser. MLA on silica surface has been fabricated using a femtosecond and CO$_{\mathrm{2}}$ lasers and optical characterizations have been compared with a commercial MLA.
Authors
-
Jin-Tae Kim
Chosun Univ.
-
Victor Christianto
Fetch~Lab, Univ. of Cincinnati, Browning Biotech, University of Rhode Island, Canadian Light Source, Brown Univ, Shandong Univ, University of Connecticut, University of Connecticut; Wentworth Institute of Technology, UC Davis, California Polytechnic State University, GIST, Malang Institute of Agriculture
-
Victor Christianto
Fetch~Lab, Univ. of Cincinnati, Browning Biotech, University of Rhode Island, Canadian Light Source, Brown Univ, Shandong Univ, University of Connecticut, University of Connecticut; Wentworth Institute of Technology, UC Davis, California Polytechnic State University, GIST, Malang Institute of Agriculture