Crystal-Field Strength Variations and Energy Transfer in Cr3+-Doped GGG Transparent Nanoceramics

Published June 3, 2024 | Version v1

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1. Włodzimierz Trzebiatowski Institute of Low Temperature and Structure Research
2. Institute of Low Temperature and Structure Research, Polish Academy of Sciences

Data used for creasion graphs in the publication

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Name	Size
Diffuse reflectance UV-Vis absorbance spectra.zip md5:4aa9f44241e09825a3855b77431bae98	31.7 kB	Preview Download
Emission spectra for ceramics measured at 10 K.zip md5:a81794ffc15932d81ba2be7c5f4d9da1	31.5 kB	Preview Download
Emission spectra of Cr3+GGG nanoceramics.zip md5:b16ea2369b0d23e3d97ed8f606699162	33.5 kB	Preview Download
Excitation spectra of the Cr3+GGG nanopowders and nanoceramics.zip md5:d879785ebbc083c20d1cc3bf80add208	42.7 kB	Preview Download
luminescence kinetics of nanopowders and nanoceramics.zip md5:69427815ed4f16bc13ccb4827ef75cac	256.3 kB	Preview Download
R-lines emission spectra of ceramics measured at 10K.zip md5:746eb436d8f9e3add90ba7a2deeb01d2	2.2 kB	Preview Download
XRD patterns of GGG nanocrystalline powders and ceramics.zip md5:23fce25312318a59c5c6dac8e91c7a07	119.5 kB	Preview Download

National Science Centre
Development of a new laser materials used to giant pulse formation: Study of the loss control mechanism in Cr-doped garnets 2022/45/B/ST5/01487

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Zenodo

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Crystal-Field Strength Variations and Energy Transfer in Cr3+-Doped GGG Transparent Nanoceramics, 128(23), 9641–965, ISSN: 2050-7534, 2024.

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English

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