研究領域

E20

高分子與纖維

E2056

光電與能源高分子 (polymers for optoelectronics and energy applications)

E20560001

微電子高分子 (polymers for microelectronics applications)

E20560002

光學高分子 (polymers for optical applications)

E20560003

光電高分子 (polymers for optoelectronic applications)

E20560004

能源高分子 (polymers for energy applications)

E2057

綠色與生醫高分子 (polymers for green technology and biomedicine applications)

E20570001

綠色高分子 (polymers for green technology applications)

E20570002

仿生高分子 (polymers for bio-mimetic applications)

E20570003

先進醫療保健高分子 (polymers for advanced health treatment applications)

E2054

高分子複合與混成材料 (polymers composites and hybrids)

E20540001

高分子掺合物 (polymer blends)

E20540002

有機無機混成材料 (organic-inorganic hybrid polymers)

E20540003

高分子複合材料 (polymer composites)

E20540004

自組裝功能材料 (self-assembled functional polymers)

E20540005

複材加工與應用技術 (processing and applications of polymer composites)

E2058

高分子化學 (polymer chemistry)

E20580001

聚合反應及動力學 (polymerization and reaction kinetics)

E20580002

高性能高分子 (high performance polymers)

E20580003

新聚合方法及應用 (new polymerization methods and applications)

E20580004

高分子界面活性劑 (polymer surfactants)

E2048

高分子物理 (polymer physics)

E20480001

高分子凝態結構與相變 (condense-phase polymer structures and transitions)

E20480002

高分子薄膜與界面物理 (polymer membranes and interfacial physics)

E20480003

高分子溶液與凝膠 (polymer solutions and gels)

E20480004

分子流變學與動態學 (molecular rheology and dynamics)

E2005

高分子加工 (polymer processing)

E20050001

微奈米尺度加工技術 (nano-micro scale polymer processing)

E20050002

節能節料綠色成型技術 (energy-and-material saving green processing)

E20050003

巨尺度複雜加工技術 (complicated macro-scale processing)

E20050004

電腦輔助加工成型技術 (computer-assisted processing)

E2055

纖維與紡織 (fibers and textiles)

E20550001

絲能紡織染整原料與製程 (dyes for fiber and textile and processing)

E20550002

紡織品加工技術 (processing of textiles)

E20550003

功能性纖維材料與加工技術 (functional fibers and processing)

E20550004

新型紡織品加工與檢驗技術 (processing and inspection of new type textiles)

E20550005

紡織製程及自動化 (processing of textiles and automation)