Vacuum metallurgy and rapidly solidification technology are dedicated to the research and development of novel functional alloys bearing special mechanical and biomedical properties. Our interests are focused on the following subjects:
Alloy design of high performance alloys, bulk metallic glass and composites, intermetallics, and light-weight high entropy alloys.
Thermoplastic precision forming of bulk metallic glass
Metallic glass coating for the application of anti-bacteria, medical tool, and fatigue resistance
Synthesis of metallic glass powders for application on additive manufacturing.
熱傳流體力學; 熱流計算數值模型; 雷射精密製程與材料處理; 薄膜製程與圖案技術; 有機軟性電子與光電元件製程: 薄膜電晶體 (OTFTs)、太陽能電池 (OPVs)、發光二極體 (OLEDs &PLEDs)
Transport Phenomena of Heat and Fluids; Computational Modeling of Heat Transfer and Fluid Dynamics; Laser Machining, Fabrication, and Material Processing; Thin Film Fabrication and Patterning Technologies; Fabrication of Flexible Electronics and Opto-electronics (OTFTs, OPVs, OLEDs and PLEDs)
1〉5G Core Materials
＊奈米級絕緣層矽晶圓量產技術 (Manufacturing Technology of Nanoscale Silicon on Insulator Wafer)
＊碳化矽晶圓快速薄化技術 (Rapid Thinning of Silicon Carbide Wafer)
2〉Energy and Photonics Material Processing
＊多孔矽基光電能源材料 (Porous Silicon-Based Optoelectronics Energy Materials)
＊奈米級原子接觸電化學科學及應用 (Nanoscale Electrochemistry Science and Applications in Atomic Contact)
＊奈米單晶薄膜轉移科學與技術 (Nanoscale Single-Crystal Layer Transfer Science and Technology)
3〉Advanced Manufacturing Technology
＊超低溫晶圓鍵合科學與技術 (Ultra-low Temperature Wafer Bonding Science and Technology)
＊ 綠色環保化學機械拋光技術 (Green Chemical Mechanical Polishing Technology)
Emerging Research Topics
＊半導體材料固相快速蝕刻製程（Rapid Solid-Etching Process for Semiconductor Materials; 創新題材)
＊奈米超材料 (Nanoscale-Metamaterials; 2022-2023 啟動研究題材)
(1)Nanomaterials ( Graphene and 2D materials).
(2)Graphene-based applications in nano-electronics, energy conservation, and energy storage
(3)Chemical Vapor Deposition, Plasma-assistant CVD
(4)Flexible electronics, Optical electronics, Advanced energy materials for battery, supercapacitors, novel catalyst, and anti-corrosion