New lanthanide luminescence materials were prepared. The main component lanthanide chelates generally need a relatively high content of rare earth. Inorganic luminescence materials only need low rare earth concentration using doped method. Similarly, lanthanide chelates can be added to complex matrix by doped method. In this way, low rare earth concentration emission was successful in the lanthanide chelates system as well. The influence of europium ion concentration on luminescence intensities was discussed. When the europium ion weight in the complex is only about 0.6%, the sample exhibits good luminescence properties. The fluorescence, Fourier transform infrared spectra, micro-Raman and electron spin resonance spectra of the samples were...
Abstract The fascination for lanthanide optical spectroscopy dates back to the 1880s when renowned s...
In this paper, recent advances in the synthesis, mechanism of sensitized emission, and luminescent p...
The need for new optical materials for use in flat panel displays, optoelectronic devices, and biome...
Using doped method in inorganic luminescence materials, lanthanide chelates have been put into compl...
Using doped method low rare earth concentration and chelates matrix luminescence was successful in t...
International audienceThe luminescence of trivalent lanthanide ions has found applications in lighti...
Binary complexes of europium and terbium with N-propyl-4-carboxyphthalimide (NP) were prepared and c...
Hybrid materials, containing in-situ synthesized lanthanide complexes with intense green light, have...
Lanthanides have recently found applications in different fields of biomolecular and medical re-sear...
Lanthanide complexes of europium and terbium ions with hydrogen phthalate [Eu(Hphth)(3) and Tb(Hphth...
International audienceThe luminescence arising from lanthanide cations offers several advantages ove...
A series of rare earth europium complexes with different carboxylic acid ligands Eu(Lc)3phen (Lc = M...
The luminescence of lanthanide ions makes them interesting for a wide variety of applications and se...
Trivalent lanthanide ions display fascinating optical properties. The discovery of the corresponding...
The luminescence properties of two divalent europium complexes of the type Eu[N(SPPh2)2]2(THF)2 (1) ...
Abstract The fascination for lanthanide optical spectroscopy dates back to the 1880s when renowned s...
In this paper, recent advances in the synthesis, mechanism of sensitized emission, and luminescent p...
The need for new optical materials for use in flat panel displays, optoelectronic devices, and biome...
Using doped method in inorganic luminescence materials, lanthanide chelates have been put into compl...
Using doped method low rare earth concentration and chelates matrix luminescence was successful in t...
International audienceThe luminescence of trivalent lanthanide ions has found applications in lighti...
Binary complexes of europium and terbium with N-propyl-4-carboxyphthalimide (NP) were prepared and c...
Hybrid materials, containing in-situ synthesized lanthanide complexes with intense green light, have...
Lanthanides have recently found applications in different fields of biomolecular and medical re-sear...
Lanthanide complexes of europium and terbium ions with hydrogen phthalate [Eu(Hphth)(3) and Tb(Hphth...
International audienceThe luminescence arising from lanthanide cations offers several advantages ove...
A series of rare earth europium complexes with different carboxylic acid ligands Eu(Lc)3phen (Lc = M...
The luminescence of lanthanide ions makes them interesting for a wide variety of applications and se...
Trivalent lanthanide ions display fascinating optical properties. The discovery of the corresponding...
The luminescence properties of two divalent europium complexes of the type Eu[N(SPPh2)2]2(THF)2 (1) ...
Abstract The fascination for lanthanide optical spectroscopy dates back to the 1880s when renowned s...
In this paper, recent advances in the synthesis, mechanism of sensitized emission, and luminescent p...
The need for new optical materials for use in flat panel displays, optoelectronic devices, and biome...