Matches in SemOpenAlex for { <https://semopenalex.org/work/W3091617950> ?p ?o ?g. }
- W3091617950 endingPage "110322" @default.
- W3091617950 startingPage "110322" @default.
- W3091617950 abstract "Abstract The present study reports the preparation and analysis of physical, luminescence and structural properties of Dy2O3 doped phosphate glasses. The density and refractive index demonstrate increasing tendency as Dy2O3 concentration increased. The luminescence concentration quenching point is observed at 1.0 mol% of Dy2O3 and 17 mol% of Gd2O3 concentration, when monitored at 350 nm and 275 nm respectively. Similarly, the Judd-Ofelt (JO) theory used to calculate JO intensity parameters (Ω2, Ω4 and Ω6). These parameters show Ω2>Ω4>Ω6 trend. It is recorded that 4F9/2 → 6H13/2 transition has higher values of transition probabilities, branching ratio and emission cross-section parameters. The calculated and experimental results for the radiative properties were compared with each other and with previous reported studies. The decay time is obtained with the emission and excitation of 573 and 350 nm respectively and it is found that, the decay time decreases with increasing Dy3+ concentration. Photoluminescence decay curve analysis and Radio luminescence (X-ray source) decay curve analysis was analyzed. The prepared samples were studied through XANES and EXAFS analysis to understand the local environment of Gd and Dy atom. Gadolinium and Dysprosium show +3 oxidation states in the present glass. Bond distance of Gd–O and Gd–Gd decreases with increase in Gd2O3 content." @default.
- W3091617950 created "2020-10-08" @default.
- W3091617950 creator A5002854532 @default.
- W3091617950 creator A5008008203 @default.
- W3091617950 creator A5010268316 @default.
- W3091617950 creator A5019935608 @default.
- W3091617950 creator A5033746162 @default.
- W3091617950 creator A5049106413 @default.
- W3091617950 creator A5060559944 @default.
- W3091617950 creator A5080585392 @default.
- W3091617950 creator A5087547860 @default.
- W3091617950 date "2020-11-01" @default.
- W3091617950 modified "2023-10-18" @default.
- W3091617950 title "Structural and luminescence study of Dy3+ doped phosphate glasses for solid state lighting applications" @default.
- W3091617950 cites W1969439739 @default.
- W3091617950 cites W1989904627 @default.
- W3091617950 cites W1994243196 @default.
- W3091617950 cites W1995025605 @default.
- W3091617950 cites W2019146140 @default.
- W3091617950 cites W2021703755 @default.
- W3091617950 cites W2022764404 @default.
- W3091617950 cites W2027884229 @default.
- W3091617950 cites W2029657219 @default.
- W3091617950 cites W2039281579 @default.
- W3091617950 cites W2044373265 @default.
- W3091617950 cites W2047848133 @default.
- W3091617950 cites W2047898028 @default.
- W3091617950 cites W2053967754 @default.
- W3091617950 cites W2061063510 @default.
- W3091617950 cites W2068550516 @default.
- W3091617950 cites W2069574461 @default.
- W3091617950 cites W2076006128 @default.
- W3091617950 cites W2076204588 @default.
- W3091617950 cites W2077607289 @default.
- W3091617950 cites W2081403467 @default.
- W3091617950 cites W2081498654 @default.
- W3091617950 cites W2085716718 @default.
- W3091617950 cites W2088891020 @default.
- W3091617950 cites W2090541054 @default.
- W3091617950 cites W2091137607 @default.
- W3091617950 cites W2094623977 @default.
- W3091617950 cites W2110698033 @default.
- W3091617950 cites W2202297666 @default.
- W3091617950 cites W2214972734 @default.
- W3091617950 cites W2290407663 @default.
- W3091617950 cites W2299703432 @default.
- W3091617950 cites W2521743178 @default.
- W3091617950 cites W2521937482 @default.
- W3091617950 cites W2586287258 @default.
- W3091617950 cites W2594552297 @default.
- W3091617950 cites W2603504774 @default.
- W3091617950 cites W2607231415 @default.
- W3091617950 cites W2780497641 @default.
- W3091617950 cites W2789876328 @default.
- W3091617950 cites W2791074737 @default.
- W3091617950 cites W2866525369 @default.
- W3091617950 cites W2891074076 @default.
- W3091617950 cites W2899698311 @default.
- W3091617950 cites W2900351929 @default.
- W3091617950 cites W2905779448 @default.
- W3091617950 cites W2969329671 @default.
- W3091617950 cites W2980706495 @default.
- W3091617950 cites W3000473619 @default.
- W3091617950 cites W3011681974 @default.
- W3091617950 doi "https://doi.org/10.1016/j.optmat.2020.110322" @default.
- W3091617950 hasPublicationYear "2020" @default.
- W3091617950 type Work @default.
- W3091617950 sameAs 3091617950 @default.
- W3091617950 citedByCount "14" @default.
- W3091617950 countsByYear W30916179502021 @default.
- W3091617950 countsByYear W30916179502022 @default.
- W3091617950 countsByYear W30916179502023 @default.
- W3091617950 crossrefType "journal-article" @default.
- W3091617950 hasAuthorship W3091617950A5002854532 @default.
- W3091617950 hasAuthorship W3091617950A5008008203 @default.
- W3091617950 hasAuthorship W3091617950A5010268316 @default.
- W3091617950 hasAuthorship W3091617950A5019935608 @default.
- W3091617950 hasAuthorship W3091617950A5033746162 @default.
- W3091617950 hasAuthorship W3091617950A5049106413 @default.
- W3091617950 hasAuthorship W3091617950A5060559944 @default.
- W3091617950 hasAuthorship W3091617950A5080585392 @default.
- W3091617950 hasAuthorship W3091617950A5087547860 @default.
- W3091617950 hasConcept C107814960 @default.
- W3091617950 hasConcept C120665830 @default.
- W3091617950 hasConcept C121332964 @default.
- W3091617950 hasConcept C127413603 @default.
- W3091617950 hasConcept C147789679 @default.
- W3091617950 hasConcept C148869448 @default.
- W3091617950 hasConcept C176666156 @default.
- W3091617950 hasConcept C178790620 @default.
- W3091617950 hasConcept C185592680 @default.
- W3091617950 hasConcept C192562407 @default.
- W3091617950 hasConcept C199289684 @default.
- W3091617950 hasConcept C2777132085 @default.
- W3091617950 hasConcept C42360764 @default.
- W3091617950 hasConcept C49040817 @default.
- W3091617950 hasConcept C57863236 @default.
- W3091617950 hasConcept C61082081 @default.