Three binary europium complexes with benzoic acid and ortho (meta) methylbenzoic acids in the first stage. Then, these complexes were introduced into 4-vinyl pyridine-ethyl methacrylate co-polymer hosts using the former component as the second ligand. The composition of the hybrids was characterized by FT-IR and the photophysical property of them was investigated by UV spectra, luminescent spectra and luminescent lifetimes. The experiment results substantiate that 4-vinyl pyridine could co-ordinate to europium ions effectively with nitrogen atoms of the pyridine ring. Therefore, the intramolecular energy transfer process accomplished within polymer hybrids and red emissions of Eu3+ have been obtained. (c) 2005 Elsevier B.V. All rights reser...
Due to the wide potential application in the fields of sensing, lighting materials, and optical&ndas...
New kinds of hybrid materials containing covalently bonded Eu3+ (Tb3+) bipyridine complexes in a sil...
The inclusion of lanthanide (III) (Ln[sup]3+) ions into polymers by “covalent” bonding has applicati...
1-(2-Naphthoyl)-3,3,3-trifluoroacetonate (NTA) was grafted to the coupling agent 3-(triethoxysilyl)-...
Europium and terbium coordination polymers of pyridine-3-carboxylic acid were in-situ composed with ...
A series of luminescent materials have been prepared by the ternary europium complex Eu(tta)3(phen) ...
Highly efficient luminescent materials based on the europium complex Eu(tta)3(phen) (tta = 2-thenoyl...
A new kind of luminescent organic-inorganic hybrid material (denoted Hybrid I) consisting of europiu...
Lanthanide complexes of europium and terbium ions with hydrogen phthalate [Eu(Hphth)(3) and Tb(Hphth...
In this paper, a novel kind of organic-inorganic monomer, HIPA-TESPIC, has been achieved by modifyin...
A convenient approach to novel Eu3+-grafting conjugated polymers to achieve sharp red emission for p...
Luminescent hybrid micro-particles have been prepared by traditional sol-gel method. The precursor d...
The rare earth complexes and the polymers can be made into composite nanofibers through electrospinn...
In the context, the two novel kinds of hybrid materials, TTA-Si directly chemically bonded molecular...
In order to investigate the relationship between the aggregation structure and fluorescence properti...
Due to the wide potential application in the fields of sensing, lighting materials, and optical&ndas...
New kinds of hybrid materials containing covalently bonded Eu3+ (Tb3+) bipyridine complexes in a sil...
The inclusion of lanthanide (III) (Ln[sup]3+) ions into polymers by “covalent” bonding has applicati...
1-(2-Naphthoyl)-3,3,3-trifluoroacetonate (NTA) was grafted to the coupling agent 3-(triethoxysilyl)-...
Europium and terbium coordination polymers of pyridine-3-carboxylic acid were in-situ composed with ...
A series of luminescent materials have been prepared by the ternary europium complex Eu(tta)3(phen) ...
Highly efficient luminescent materials based on the europium complex Eu(tta)3(phen) (tta = 2-thenoyl...
A new kind of luminescent organic-inorganic hybrid material (denoted Hybrid I) consisting of europiu...
Lanthanide complexes of europium and terbium ions with hydrogen phthalate [Eu(Hphth)(3) and Tb(Hphth...
In this paper, a novel kind of organic-inorganic monomer, HIPA-TESPIC, has been achieved by modifyin...
A convenient approach to novel Eu3+-grafting conjugated polymers to achieve sharp red emission for p...
Luminescent hybrid micro-particles have been prepared by traditional sol-gel method. The precursor d...
The rare earth complexes and the polymers can be made into composite nanofibers through electrospinn...
In the context, the two novel kinds of hybrid materials, TTA-Si directly chemically bonded molecular...
In order to investigate the relationship between the aggregation structure and fluorescence properti...
Due to the wide potential application in the fields of sensing, lighting materials, and optical&ndas...
New kinds of hybrid materials containing covalently bonded Eu3+ (Tb3+) bipyridine complexes in a sil...
The inclusion of lanthanide (III) (Ln[sup]3+) ions into polymers by “covalent” bonding has applicati...