Optimizing the highly efficient cool-white luminescence via modulating Dy3+ ion into novel Sr6Al4Y2O15 nanocrystals for white LEDs

Volume: 32, Issue: 18, Pages: 23486 - 23499
Published: Aug 25, 2021
Abstract
In the present prospective study, a variety of novel rare-earth Dy3+ singly activated Sr6Al4Y2O15 nanoscaled materials were fabricated through ecologically-sound as well as low-temperature facilitated urea-fueled combustion methodology. Monoclinic crystalline phase was recognized via the Rietveld analysis of X-ray powder diffraction (XRPD)-patterns. The metal–oxygen bonding pertaining in the studied sample was traced by the Fourier-transform...
Paper Details
Title
Optimizing the highly efficient cool-white luminescence via modulating Dy3+ ion into novel Sr6Al4Y2O15 nanocrystals for white LEDs
Published Date
Aug 25, 2021
Volume
32
Issue
18
Pages
23486 - 23499
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