Add to ORKGrare-earth (RE) containing glasses are largely used in technological applications such as optical fiber amplifiers, upconversion and glass laser. Glasses containing respectively Nd2O3 and Er2O3 are considered and the data obtained by MD simulations are used to analyse the different environment of Nd3+ and Er3+ in the glass matrix
Optical amplifiers are highly sought-after in optical communications to power boost light signals ca...
Aluminosilicate glasses incorporating rare earth elements feature highly beneficial physical and che...
International audienceBesides their interesting optical properties, Rare Earths (RE) can be found ab...
rare-earth (RE) containing glasses are largely used in technological applications such as optical fi...
Rare-earth (RE) containing glasses are largely used in technological application such as optical fib...
Structural characterization of neodymium containing glasses was performed by using molecular dynamic...
International audienceIn the recent years the use of the molecular dynamics technique has become ver...
Erbium containing glasses cover an important role in optical communications such as optical amplifie...
Transition metal (TM) and rare earth (RE) ions have been incorporated into many glass systems such a...
Erbium containing glasses cover an important role in optical communications and laser technology. Th...
International audienceSimplified inactive rare-earths doped nuclear waste glasses have been obtained...
In the present thesis work, a detailed study has been undertaken by the author in the development an...
Praseodymium and europium sodium silicate glasses of nominal composition (SiO(2))(0.70-x)(Na(2)O)(0....
Abstract – New nuclear glass compositions, able to immobilize highly active liquid wastes arising fr...
International audienceNew rare-earth ion-doped optical fibres stand for potential applications in te...
Optical amplifiers are highly sought-after in optical communications to power boost light signals ca...
Aluminosilicate glasses incorporating rare earth elements feature highly beneficial physical and che...
International audienceBesides their interesting optical properties, Rare Earths (RE) can be found ab...
rare-earth (RE) containing glasses are largely used in technological applications such as optical fi...
Rare-earth (RE) containing glasses are largely used in technological application such as optical fib...
Structural characterization of neodymium containing glasses was performed by using molecular dynamic...
International audienceIn the recent years the use of the molecular dynamics technique has become ver...
Erbium containing glasses cover an important role in optical communications such as optical amplifie...
Transition metal (TM) and rare earth (RE) ions have been incorporated into many glass systems such a...
Erbium containing glasses cover an important role in optical communications and laser technology. Th...
International audienceSimplified inactive rare-earths doped nuclear waste glasses have been obtained...
In the present thesis work, a detailed study has been undertaken by the author in the development an...
Praseodymium and europium sodium silicate glasses of nominal composition (SiO(2))(0.70-x)(Na(2)O)(0....
Abstract – New nuclear glass compositions, able to immobilize highly active liquid wastes arising fr...
International audienceNew rare-earth ion-doped optical fibres stand for potential applications in te...
Optical amplifiers are highly sought-after in optical communications to power boost light signals ca...
Aluminosilicate glasses incorporating rare earth elements feature highly beneficial physical and che...
International audienceBesides their interesting optical properties, Rare Earths (RE) can be found ab...