華東理工大學(xué)化學(xué)與分子工程學(xué)院精細化工研究所 　　 研究所歷史沿革

Institute of Fine Chemicals

     The Institute of Fine Chemicals (IFC) was established in 1985 authorized by the Ministry of Education of China. As a division of IFC, Laboratory of Advanced Materials was selected as Key Laboratory of the Ministry of Education of China in December 12, 2003. Currently, IFC has 16 employees. Among them are 9 full professors, 6 associate professors, including 2 Cheung Kong Distinguished Professors by the Education Ministry of China, 2 Winners of National Outstanding Youth Prize, one professor enlisted in New Century Outstanding Support Program, one professor selected as National Candidate of New Century Millions of Talents Program. Most of them possess PhD degrees majoring in Applied Chemistry, Organic Chemistry. In addition, 72 graduate students, 24 for PhD and 58 for Master Degree, are supervised by the professors and working together with the staff members at IFC. Now, the director of IFC is Cheung Kong Distinguished Professor He TIAN, a member of the International Editorial Board for the Journal of Dyes and Pigments.
     The IFC possesses about 1200 m2 well-equipped laboratories (60 fume hoods) with a wide range of the latest equipments and techniques, such as HPLC (HP 1100), GC (HP 6890), FTIR (Nicolet 380), TLC (Shimadzu/Japan), Absorption spectrometer (Cary 100 Varian/ USA), Luminescence Spectrometer (Varian/USA), Fluorescence Lifetime Spectrometer (Edinburgh LifeSpec-Red), and so on. The objectives of IFC are involved in: 1) training R&D manpower for industry, 2) developing long term R&D capability including generation of intellectual property and collaboration with international research organizations, 3) Industry R&D collaboration, 4) Fundamental Researches in Applied Chemistry, and 5) Commercialization of intellectual property through licensing and spin-off companies. The major research directions at IFC include

1. Opto- and Electronic ?ЭSystems (Molecules & Polymers for OLEDs, Sensitizing Dyes (Non-metal Complex) for Organic Solar Cells, Functional Molecules for Information Storage, Molecular Switch & Motors, Fluorescent Materials & Sensors, Infrared Dyes)
2. Organic Dyes and Pigments and Their Applications (Reactive Dyes and Disperse Dyes, Phthalocyanine Pigments & New Synthesis, Dyes & Pigments for Printer Ink, Industrial Processes & Optimal, Azo Dyes & Pigments)
3. Photocatalysis and its Applications (Modification of TiO2 Nano-Particles, Degradation of Dying Pollution, Film & Coating Fabrication of TiO2)
4. Synthetic Methodology (Asymmetry Syntheses, Ultra-sonic Syntheses, Organometallitic Syntheses)
5. Cosmetics (Hair Dyes) and surfactants (Si & Gemini).
6. Fluoro-pharmaceuticals and Fluoro-materials (The Preparation and Application of Elemental Fluorine, Fluorinated Reagents, Fluoro-drugs and Relative Intermediates, Fluoro-liquid Crystal Materials，F(xiàn)luoro-polymer Materials, Fluoro-lithium Battery Materials, Lubricant Materials; Recycles of Fluoro-wastes)

Institute of Fine Chemicals

     The Institute of Fine Chemicals (IFC) was established in 1985 authorized by the Ministry of Education of China. As a division of IFC, Laboratory of Advanced Materials was selected as Key Laboratory of the Ministry of Education of China in December 12, 2003. Currently, IFC has 16 employees. Among them are 9 full professors, 6 associate professors, including 2 Cheung Kong Distinguished Professors by the Education Ministry of China, 2 Winners of National Outstanding Youth Prize, one professor enlisted in New Century Outstanding Support Program, one professor selected as National Candidate of New Century Millions of Talents Program. Most of them possess PhD degrees majoring in Applied Chemistry, Organic Chemistry. In addition, 72 graduate students, 24 for PhD and 58 for Master Degree, are supervised by the professors and working together with the staff members at IFC. Now, the director of IFC is Cheung Kong Distinguished Professor He TIAN, a member of the International Editorial Board for the Journal of Dyes and Pigments.
     The IFC possesses about 1200 m2 well-equipped laboratories (60 fume hoods) with a wide range of the latest equipments and techniques, such as HPLC (HP 1100), GC (HP 6890), FTIR (Nicolet 380), TLC (Shimadzu/Japan), Absorption spectrometer (Cary 100 Varian/ USA), Luminescence Spectrometer (Varian/USA), Fluorescence Lifetime Spectrometer (Edinburgh LifeSpec-Red), and so on. The objectives of IFC are involved in: 1) training R&D manpower for industry, 2) developing long term R&D capability including generation of intellectual property and collaboration with international research organizations, 3) Industry R&D collaboration, 4) Fundamental Researches in Applied Chemistry, and 5) Commercialization of intellectual property through licensing and spin-off companies. The major research directions at IFC include

1. Opto- and Electronic ?ЭSystems (Molecules & Polymers for OLEDs, Sensitizing Dyes (Non-metal Complex) for Organic Solar Cells, Functional Molecules for Information Storage, Molecular Switch & Motors, Fluorescent Materials & Sensors, Infrared Dyes)
2. Organic Dyes and Pigments and Their Applications (Reactive Dyes and Disperse Dyes, Phthalocyanine Pigments & New Synthesis, Dyes & Pigments for Printer Ink, Industrial Processes & Optimal, Azo Dyes & Pigments)
3. Photocatalysis and its Applications (Modification of TiO2 Nano-Particles, Degradation of Dying Pollution, Film & Coating Fabrication of TiO2)
4. Synthetic Methodology (Asymmetry Syntheses, Ultra-sonic Syntheses, Organometallitic Syntheses)
5. Cosmetics (Hair Dyes) and surfactants (Si & Gemini).
6. Fluoro-pharmaceuticals and Fluoro-materials (The Preparation and Application of Elemental Fluorine, Fluorinated Reagents, Fluoro-drugs and Relative Intermediates, Fluoro-liquid Crystal Materials，F(xiàn)luoro-polymer Materials, Fluoro-lithium Battery Materials, Lubricant Materials; Recycles of Fluoro-wastes)