author_facet Huang, Yanlin
Kai, Weifang
Cao, Yonggang
Jang, Kiwan
Lee, Ho Sueb
Kim, Ilgon
Cho, Eunjin
Huang, Yanlin
Kai, Weifang
Cao, Yonggang
Jang, Kiwan
Lee, Ho Sueb
Kim, Ilgon
Cho, Eunjin
author Huang, Yanlin
Kai, Weifang
Cao, Yonggang
Jang, Kiwan
Lee, Ho Sueb
Kim, Ilgon
Cho, Eunjin
spellingShingle Huang, Yanlin
Kai, Weifang
Cao, Yonggang
Jang, Kiwan
Lee, Ho Sueb
Kim, Ilgon
Cho, Eunjin
Journal of Applied Physics
Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
General Physics and Astronomy
author_sort huang, yanlin
spelling Huang, Yanlin Kai, Weifang Cao, Yonggang Jang, Kiwan Lee, Ho Sueb Kim, Ilgon Cho, Eunjin 0021-8979 1089-7550 AIP Publishing General Physics and Astronomy http://dx.doi.org/10.1063/1.2890152 <jats:p>Sm 2 + ions doped KSrPO4 were prepared by high-temperature solid-state reaction method. The samples were investigated by x-ray powder diffraction, photoluminescence excitation and emission spectra, and luminescence decay measurements. After excitation into the 4f55d1 levels, the emission of Sm2+ ions showed D05→FJ7 (J=0,1,2) emission together with the broad 5d→4f emission band. The luminescence of Sm2+ ions was sensitive to the temperature. With the decreasing of the temperature, the broad 5d→4f emission band of Sm2+ ions gradually quenched, while D05→FJ7 (J=0,1,2) emission lines could be clearly detectable. Based on the luminescence properties of Sm2+ ions and structure of KSrPO4 crystal, the crystallographic sites and the energy structure correlated with 4f→5d transitions of Sm2+ ions in KSrPO4 were discussed.</jats:p> Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal Journal of Applied Physics
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series Journal of Applied Physics
source_id 49
title Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_unstemmed Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_full Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_fullStr Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_full_unstemmed Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_short Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_sort spectroscopic and structural studies of sm2+ doped orthophosphate ksrpo4 crystal
topic General Physics and Astronomy
url http://dx.doi.org/10.1063/1.2890152
publishDate 2008
physical
description <jats:p>Sm 2 + ions doped KSrPO4 were prepared by high-temperature solid-state reaction method. The samples were investigated by x-ray powder diffraction, photoluminescence excitation and emission spectra, and luminescence decay measurements. After excitation into the 4f55d1 levels, the emission of Sm2+ ions showed D05→FJ7 (J=0,1,2) emission together with the broad 5d→4f emission band. The luminescence of Sm2+ ions was sensitive to the temperature. With the decreasing of the temperature, the broad 5d→4f emission band of Sm2+ ions gradually quenched, while D05→FJ7 (J=0,1,2) emission lines could be clearly detectable. Based on the luminescence properties of Sm2+ ions and structure of KSrPO4 crystal, the crystallographic sites and the energy structure correlated with 4f→5d transitions of Sm2+ ions in KSrPO4 were discussed.</jats:p>
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author Huang, Yanlin, Kai, Weifang, Cao, Yonggang, Jang, Kiwan, Lee, Ho Sueb, Kim, Ilgon, Cho, Eunjin
author_facet Huang, Yanlin, Kai, Weifang, Cao, Yonggang, Jang, Kiwan, Lee, Ho Sueb, Kim, Ilgon, Cho, Eunjin, Huang, Yanlin, Kai, Weifang, Cao, Yonggang, Jang, Kiwan, Lee, Ho Sueb, Kim, Ilgon, Cho, Eunjin
author_sort huang, yanlin
container_issue 5
container_start_page 0
container_title Journal of Applied Physics
container_volume 103
description <jats:p>Sm 2 + ions doped KSrPO4 were prepared by high-temperature solid-state reaction method. The samples were investigated by x-ray powder diffraction, photoluminescence excitation and emission spectra, and luminescence decay measurements. After excitation into the 4f55d1 levels, the emission of Sm2+ ions showed D05→FJ7 (J=0,1,2) emission together with the broad 5d→4f emission band. The luminescence of Sm2+ ions was sensitive to the temperature. With the decreasing of the temperature, the broad 5d→4f emission band of Sm2+ ions gradually quenched, while D05→FJ7 (J=0,1,2) emission lines could be clearly detectable. Based on the luminescence properties of Sm2+ ions and structure of KSrPO4 crystal, the crystallographic sites and the energy structure correlated with 4f→5d transitions of Sm2+ ions in KSrPO4 were discussed.</jats:p>
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id ai-49-aHR0cDovL2R4LmRvaS5vcmcvMTAuMTA2My8xLjI4OTAxNTI
imprint AIP Publishing, 2008
imprint_str_mv AIP Publishing, 2008
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source_id 49
spelling Huang, Yanlin Kai, Weifang Cao, Yonggang Jang, Kiwan Lee, Ho Sueb Kim, Ilgon Cho, Eunjin 0021-8979 1089-7550 AIP Publishing General Physics and Astronomy http://dx.doi.org/10.1063/1.2890152 <jats:p>Sm 2 + ions doped KSrPO4 were prepared by high-temperature solid-state reaction method. The samples were investigated by x-ray powder diffraction, photoluminescence excitation and emission spectra, and luminescence decay measurements. After excitation into the 4f55d1 levels, the emission of Sm2+ ions showed D05→FJ7 (J=0,1,2) emission together with the broad 5d→4f emission band. The luminescence of Sm2+ ions was sensitive to the temperature. With the decreasing of the temperature, the broad 5d→4f emission band of Sm2+ ions gradually quenched, while D05→FJ7 (J=0,1,2) emission lines could be clearly detectable. Based on the luminescence properties of Sm2+ ions and structure of KSrPO4 crystal, the crystallographic sites and the energy structure correlated with 4f→5d transitions of Sm2+ ions in KSrPO4 were discussed.</jats:p> Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal Journal of Applied Physics
spellingShingle Huang, Yanlin, Kai, Weifang, Cao, Yonggang, Jang, Kiwan, Lee, Ho Sueb, Kim, Ilgon, Cho, Eunjin, Journal of Applied Physics, Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal, General Physics and Astronomy
title Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_full Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_fullStr Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_full_unstemmed Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_short Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
title_sort spectroscopic and structural studies of sm2+ doped orthophosphate ksrpo4 crystal
title_unstemmed Spectroscopic and structural studies of Sm2+ doped orthophosphate KSrPO4 crystal
topic General Physics and Astronomy
url http://dx.doi.org/10.1063/1.2890152