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Cited by 12 publications
(12 citation statements)
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“…This structure consists of a tetrahedral (8c) and two (distorted) octahedral (4b and 12d) sites, in which Al 3þ ions occupy tetrahedral (Al1) and octahedral (Al2 and Al3, preferably 12 d) sites, whereas Li þ only occupies the distorted octahedral (Li1 and Li2, preferably 4b). [11,13,22] The lattice parameters and the crystallite (t) estimated for all samples are shown in Table 1. An increase in lattice parameters with the increase in Fe concentration can be noted.…”
Section: Resultsmentioning
confidence: 99%
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“…This structure consists of a tetrahedral (8c) and two (distorted) octahedral (4b and 12d) sites, in which Al 3þ ions occupy tetrahedral (Al1) and octahedral (Al2 and Al3, preferably 12 d) sites, whereas Li þ only occupies the distorted octahedral (Li1 and Li2, preferably 4b). [11,13,22] The lattice parameters and the crystallite (t) estimated for all samples are shown in Table 1. An increase in lattice parameters with the increase in Fe concentration can be noted.…”
Section: Resultsmentioning
confidence: 99%
“…4 T 1 ( 4 F) (460-650 nm) which is typical of Cr 3þ ions resulting from the contamination of precursor starting agents as established in some previous works. [11,13,26] The same justification is adopted to explain the emergence of the excitation band observed in the pure sample, indicating its contamination by Fe 3þ according to the literature. [11,26,27] The luminescence intensity of Fe 3þ is largely dependent on the Fe concentration and the increase in the Fe concentration contributes to a systematic increase in the luminescence intensity until reaching a concentration of 0.01 (1 mol%), immediately after the reduction of the luminescence intensity, having the highest concentration value 0.03 (3 mol%) and the lowest excitation response.…”
Section: Resultsmentioning
confidence: 99%
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