A new rare earth complex Eu（III） （TTA）2（MA）2Phen · H2O was synthesized and characterized by element analysis, FTIR, UV, thermal analysis, and fluorescence spectra. The strong fluorescence and high thermal s...A new rare earth complex Eu（III） （TTA）2（MA）2Phen · H2O was synthesized and characterized by element analysis, FTIR, UV, thermal analysis, and fluorescence spectra. The strong fluorescence and high thermal stability of Eu（III） （TTA）2（MA）2Phen · H2O were used to modify resin. The copolymer containing europium was prepared by copolymerization of Eu（III） and styrene/α- methylacrylic acid, and characterized by FTIR and fluorescence spectra. The fluorescence spectra showed that the copolymer was a sort of materials with good fluorescence property, and the higher fluorescence intensity came from the higher europium content.展开更多
基金Research Topics of Shanghai Scientific Committee,China (No.065458025)
文摘A new rare earth complex Eu（III） （TTA）2（MA）2Phen · H2O was synthesized and characterized by element analysis, FTIR, UV, thermal analysis, and fluorescence spectra. The strong fluorescence and high thermal stability of Eu（III） （TTA）2（MA）2Phen · H2O were used to modify resin. The copolymer containing europium was prepared by copolymerization of Eu（III） and styrene/α- methylacrylic acid, and characterized by FTIR and fluorescence spectra. The fluorescence spectra showed that the copolymer was a sort of materials with good fluorescence property, and the higher fluorescence intensity came from the higher europium content.
