Luminescence investigations on Dy3+ doped CdO-PbF2 phosphate glass-ceramics

Experimental Investigation on Electric and Dielectric Properties of Thallium Ions Doped Sodium Zinc Phosphate Glass

“…In most recent years, phosphate glasses have received growing interest across various scientific disciplines due to their potential technological uses and a variety of distinctive characteristics, [1][2][3] including a high thermal expansion coefficient, a low glass transition temperature, and a low softening temperature. Moreover, phosphate glasses have been used for making solid-state electrolytes in intermediate temperature fuel cells, [4] glass ceramics or bioglasses, [5,6] luminescent solar energy concentrators, [7] and storage of nuclear waste, [8] etc.…”

Tuning the luminescence performance of CdO nanoparticles via Tb2O3 inclusion

“…Various forms of CdO nanostructures were prepared [10,11], but the merit of nanoparticles lies in the fact that they are free from stresses, strains and dangling bonds that are favorable in applications such as solar cell devices, supercapacitor, waste water treatment, optoelectronic and biological fields [12][13][14]. Lately, the introduction of rare earth (RE) into CdO crystal lattice are prerequisite for ideal industrial materials [15][16][17], due to of their chemical stability, high conductivity, electrochemical reaction and catalytic performance [18]. With respect to the luminescent characteristics, Tb and Eu are the most used where they award red (europium) and green (terbium) emissions.…”