Ren Jie Lin
National Taiwan University
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by Ren Jie Lin.
Materials Chemistry and Physics | 1996
H.C. Lai; Chia Min Chang; Ren Jie Lin; Ru-Shi Liu
Abstract In-situ growth of 2-in. diameter superconducting YBa2Cu3O7−x (YBCO) thin films using an excimer KrF pulsed laser has been studied. Films with critical transition temperature (Tc,0) of 89 ± 1 K and critical current density (Jc,77K) in excess of 1 × 106 A cm−1 have been prepared routinely. Uniformity in film thickness of below ±15% and film composition of ±5% have been measured. The effects of gas nozzle geometry and target evolution during ablation on the superconducting properties and surface morphology of YBCO thin films have also been investigated.
Optical Manipulation Conference | 2018
Mu Ku Chen; Cheng Hung Chu; Hsin Yu Kuo; Bo Han Chen; Yu Han Chen; Ren Jie Lin; Tsung Lin Chung; Jia-Wern Chen; Yi-Teng Huang; Din Ping Tsai
Here we demonstrated a GaN metalens array to project a light spots array which can be a light shape generator in the structure light applications. The advantages of this metadevice is light weight, small, ultrathin, durable and easy to compact with other device. The light spot size is a function with the distance of detector. A metalens array which arranged by the single metalens diameter is 20 μm projected a light spots array whose diameter of single light spot is 2.22 um in average at the distance is 150 cm far away and. Our design provides a new avenue for the structure light application such as distance sensing and 3D environmental construction.
Optical Data Storage 2018: Industrial Optical Devices and Systems | 2018
Cheng Hung Chu; Mu Ku Chen; Ren Jie Lin; Yi-Teng Huang; Hsin Yu Kuo; Bo Han Chen; Yu Han Chen; Tsung Lin Chung; Jia-Wern Chen; Din Ping Tsai
Metalenses have great ability in light focusing and can be tailored to exhibit varied functionalities for ultrathin optical applications. Here, we demonstrate a GaN metalens array which can be regarded as a light shaping generator for the structured light generation. The metalens array consists of 60 x 60 metalenses which can project a 42 cm x 42 cm light spots area at the distance of 1.5 M. The distance can be estimated by identifying the deformation of light spot distribution. The advantages of this metadevice is light weight, small, ultrathin, durable and easy to compact with other devices. Our design provides a new avenue for the structured light applications such as distance sensing and 3D environmental construction.
Journal of Physical Chemistry C | 2018
Ming-Hsien Chan; Shao-Pou Chen; Chieh-Wei Chen; Yung-Chieh Chan; Ren Jie Lin; Din Ping Tsai; Michael Hsiao; Ren-Jei Chung; Xueyuan Chen; Ru-Shi Liu
Advanced Optical Materials | 2018
Hui-Hsin Hsiao; Yu Han Chen; Ren Jie Lin; Pin Chieh Wu; Shuming Wang; Bo Han Chen; Din Ping Tsai
conference on lasers and electro optics | 2018
Yu Han Chen; Pin Chieh Wu; Shuming Wang; Ren Jie Lin; Jia-Wern Chen; Yi-Chieh Lai; Cheng Hung Chu; Bo Han Chen; Zhenlin Wang; Tao Li; Shining Zhu; Din Ping Tsai
conference on lasers and electro optics | 2018
Ren Jie Lin; Hui-Hsin Hsiao; Yu Han Chen; Bo Han Chen; Pin Chieh Wu; Yi-Chieh Lai; Shuming Wang; Din Ping Tsai
Frontiers in Optics / Laser Science | 2018
Yi-Teng Huang; Hsin Yu Kuo; Pin Chieh Wu; Shuming Wang; Ren Jie Lin; Jia-Wern Chen; Yi-Chieh Lai; Cheng Hung Chu; Bo Han Chen; Zhenlin Wang; Tao Li; Shining Zhu; Din Ping Tsai
Advanced Optical Materials | 2018
Hui-Hsin Hsiao; Yu Han Chen; Ren Jie Lin; Pin Chieh Wu; Shuming Wang; Bo Han Chen; Din Ping Tsai
microoptics conference | 2017
Mu Ku Chen; Pin Chieh Wu; Chun Yen Liao; Jia-Wern Chen; Ren Jie Lin; Yu Han Chen; Din Ping Tsai