Suppr超能文献

含镧系元素磷灰石的光致发光和磁性:NaxLn10-x(SiO4)6O2-yFy、CaxLn10-x(SiO4)6O2-yFy(Ln = Eu、Gd和Sm)、Gd9.34(SiO4)6O2以及K1.32Pr8.68(SiO4)6O1.36F0.64

Photoluminescent and magnetic properties of lanthanide containing apatites: NaxLn10-x(SiO4)6O2-yFy, CaxLn10-x(SiO4)6O2-yFy (Ln = Eu, Gd, and Sm), Gd9.34(SiO4)6O2, and K1.32Pr8.68(SiO4)6O1.36F0.64.

作者信息

Latshaw Allison M, Hughey Kendall D, Smith Mark D, Yeon Jeongho, Zur Loye Hans-Conrad

机构信息

Department of Chemistry and Biochemistry, University of South Carolina , Columbia, South Carolina 29208, United States.

出版信息

Inorg Chem. 2015 Feb 2;54(3):876-84. doi: 10.1021/ic502185b. Epub 2014 Nov 5.

Abstract

Single crystals of NaEu(9)(SiO(4))(6)O(2), Na(1.5)Eu(8.5)(SiO(4))(6)OF, Na(1.64)Gd(8.36)(SiO(4))(6)O(0.72)F(1.28), Gd(9.34)(SiO(4))(6)O(2), Ca(2.6)Eu(7.4)(SiO(4))(6)O(1.4)F(0.6), Ca(4.02)Sm(5.98)(SiO(4))(6)F(2), and K(1.32)Pr(8.68)(SiO(4))(6)O(1.36)F(0.64) and powders of NaEu(9)(SiO(4))(6)O(2), Na(1.5)Eu(8.5)(SiO(4))(6)OF, Eu(9.34)(SiO(4))(6)O(2), and Gd(9.34)(SiO(4))(6)O(2) were synthesized via flux growth in selected alkali-fluoride melts. All of the compounds adopt the apatite structure with space group P6(3)/m. Luminescence and magnetic data were collected on NaEu(9)(SiO(4))(6)O(2), Na(1.5)Eu(8.5)(SiO(4))(6)OF, Eu(9.34)(SiO(4))(6)O(2), and Gd(9.34)(SiO(4))(6)O(2). Luminescent data indicate that changing the cations and anions that surround the lanthanide site does not change the luminescent properties, making apatites versatile structures for optical materials.

摘要

通过在选定的碱金属氟化物熔体中进行助熔剂生长法合成了NaEu(9)(SiO(4))(6)O(2)、Na(1.5)Eu(8.5)(SiO(4))(6)OF、Na(1.64)Gd(8.36)(SiO(4))(6)O(0.72)F(1.28)、Gd(9.34)(SiO(4))(6)O(2)、Ca(2.6)Eu(7.4)(SiO(4))(6)O(1.4)F(0.6)、Ca(4.02)Sm(5.98)(SiO(4))(6)F(2)和K(1.32)Pr(8.68)(SiO(4))(6)O(1.36)F(0.64)的单晶以及NaEu(9)(SiO(4))(6)O(2)、Na(1.5)Eu(8.5)(SiO(4))(6)OF、Eu(9.34)(SiO(4))(6)O(2)和Gd(9.34)(SiO(4))(6)O(2)的粉末。所有化合物均采用空间群为P6(3)/m的磷灰石结构。对NaEu(9)(SiO(4))(6)O(2)、Na(1.5)Eu(8.5)(SiO(4))(6)OF、Eu(9.34)(SiO(4))(6)O(2)和Gd(9.34)(SiO(4))(6)O(2)收集了发光和磁性数据。发光数据表明,改变围绕镧系元素位点的阳离子和阴离子不会改变发光特性,这使得磷灰石成为用于光学材料的通用结构。

文献AI研究员

20分钟写一篇综述,助力文献阅读效率提升50倍。

立即体验

用中文搜PubMed

大模型驱动的PubMed中文搜索引擎

马上搜索

文档翻译

学术文献翻译模型,支持多种主流文档格式。

立即体验