Biblio
Journal: 12 Items
Prize: 2 Items |
Symposium: 22 Items
Technology Report: 0 Items |
Book: 0 Items
Project: 10 Items |
2023
2022
Symposium
Teoh Lay-Gaik, Hao-Long Chen*, , , , Influences of La3+ ion doped on the crystal structure and photoluminescence properties of Y0.998Pr0.002InGe2O7 single white light emitting phosphor,
Symposium
Hao-Long Chen*, Ya-Xiang Zhang, Eco-friendly oxalic acid and citric acid mixed electrolytes using for plasma electrolytic polishing 304 stainless steel,
Symposium
Hao-Long Chen*, Teoh Lay-Gaik, , , , Luminescent Properties of Tm3+ Doping BaY2ZnO5 Phosphors Prepared via Sol-Gel Method with Different Urea Concentration,
Symposium
Hao-Long Chen*, Surface properties of 304 stainless steel by plasma electropolishing with organic acid mixed electrolyte,
Symposium
Hao-Long Chen*, Effect of Substrate Roughness on the Surface Morphology of Barium Sulfate Powder with Electrostatic Spraying Coating,
2021
Symposium
Hao-Long Chen*, Optimum design of parameters for 6000 series aluminum alloys using citric acid electrolyte plasma electropolishing,
Symposium
Hao-Long Chen*, Magnetic Force Enhanced Atmospheric Plasma Polishing Ability to Improve Surface Roughness of Copper Base Materials,
Symposium
Hao-Long Chen*, 磁力輔助低溫常壓電漿對銅箔基板表面精微拋光改善之研究,
Prize
論文佳作,
Prize
台灣創新技術博覽會銀牌,
Journal
Effects of Bi3+ ion-doped on the microstructure and photoluminescence of La0.97Pr0.03VO4 phosphor,
2020
Symposium
Hao-Long Chen*, Study on the photoluminescence properties of Tm3+ doped nano-Yttrium Vanadate phosphor,
Symposium
Hao-Long Chen*, Feasibility Study of Low-Temperature Atmospheric-Pressure Plasma Used for Precision Polishing of Copper-based Materials,
Symposium
Hao-Long Chen*, Effects of Bi3+ ion-doped on the microstructure and photoluminescence of La0.97Pr0.03VO4 phosphor,
Symposium
Hao-Long Chen*, 奈米釩酸釔摻雜銩之螢光粉其光致發光性質之研究,
Symposium
Hao-Long Chen*, 以溶膠-凝膠法製備BaY2ZnO5:Tm3+螢光粉之特性研究,
Symposium
Hao-Long Chen*, 以固態反應法製備Ba2YNbO6:Sm3+螢光粉之特性研究,
2019
Symposium
Teoh Lay-Gaik, Photoluminescence properties improvement of (La0.97Pr0.03)VO4 single-phased white light emitting phosphor via PEG additions,