The silica sol-gel derived glasses co-doped with CuxO and CuxSe nanoparticles and Eu3+ ions have been fabricated. The analysis of luminescence spectra of a series of glasses with different composition allows us to suppose the direct energy transfer between copper oxide nanoparticle and Eu3+ ion. A luminescence signal of europium ions occurs as the result of excitation of the complex active centres (SiO2:Cu2O:Eu3+) in the absorption range of copper oxide.</p
Investigation done on Y$\text{}_{2}$SiO$\text{}_{5}$ nanoparticles doped with Eu$\text{}^{3+}$ ions ...
A spectrum modifying glassy luminescent layer with antireflection properties has been prepared with ...
Fabrication of new optical devices based upon the incorporation of rare earth ions via sol-gel metho...
The silica sol-gel derived glasses co-doped with CuxO and CuxSe nanoparticles and Eu3+ ions have bee...
Copper oxide and copper selenide nanoparticles were produced within the silica glasses through the s...
Copper oxide and copper selenide nanoparticles were produced within the silica glasses through the s...
Recent results concerning structural and optical features of the sol-gel silica glasses with semicon...
Recent results concerning structural and optical features of the sol-gel silica glasses with semicon...
Recent results concerning fabrication and optical features of the sol-gel materials are reviewed. Th...
Recent achievements on fabrication, structure and optical features of the metal- and semiconductor-d...
Photoluminescence of xerogel and sol-gel SiO2 glasses doped with metal ions, metal complexes and sem...
Glasses doped with rare earth ions and/or semiconductor nanoparticles continues to be the subject of...
International audienceOptically activated glasses are essential to the development of new radiation ...
Background: Semiconductor-doped glasses are treated actively through many years and continue to be o...
A nanoporous silica glass is used as host for Eu3+-ions by immersion in Eu(NO3)3 solution. After sin...
Investigation done on Y$\text{}_{2}$SiO$\text{}_{5}$ nanoparticles doped with Eu$\text{}^{3+}$ ions ...
A spectrum modifying glassy luminescent layer with antireflection properties has been prepared with ...
Fabrication of new optical devices based upon the incorporation of rare earth ions via sol-gel metho...
The silica sol-gel derived glasses co-doped with CuxO and CuxSe nanoparticles and Eu3+ ions have bee...
Copper oxide and copper selenide nanoparticles were produced within the silica glasses through the s...
Copper oxide and copper selenide nanoparticles were produced within the silica glasses through the s...
Recent results concerning structural and optical features of the sol-gel silica glasses with semicon...
Recent results concerning structural and optical features of the sol-gel silica glasses with semicon...
Recent results concerning fabrication and optical features of the sol-gel materials are reviewed. Th...
Recent achievements on fabrication, structure and optical features of the metal- and semiconductor-d...
Photoluminescence of xerogel and sol-gel SiO2 glasses doped with metal ions, metal complexes and sem...
Glasses doped with rare earth ions and/or semiconductor nanoparticles continues to be the subject of...
International audienceOptically activated glasses are essential to the development of new radiation ...
Background: Semiconductor-doped glasses are treated actively through many years and continue to be o...
A nanoporous silica glass is used as host for Eu3+-ions by immersion in Eu(NO3)3 solution. After sin...
Investigation done on Y$\text{}_{2}$SiO$\text{}_{5}$ nanoparticles doped with Eu$\text{}^{3+}$ ions ...
A spectrum modifying glassy luminescent layer with antireflection properties has been prepared with ...
Fabrication of new optical devices based upon the incorporation of rare earth ions via sol-gel metho...