Investigation of nanostructured Lu2O3:Tb

E. Zych, P. Derén, W. Stręk, A. Meijerink, K. Domagała, W. Mielcarek
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引用次数: 6

Abstract

Nano structured Lu2O3, both plane and doped with Tb, was prepared utilizing a combustion technique. The best crystallity of the products can be obtained initiating the reaction within 560-700 $DEGC range of temperature. Tb easily enters the nano scaled host lattice both as Tb3+ and Tb4+. The former gives rise to a typical green emission of the ion, while the later introduces a broad-band visible absorption, due to charge transfer transitions. The green emission of Tb3+ from a raw material may be radically increased by after- preparation heat-treatment. Undoped material gives rise to a blue emission, which disappears when Tb content with respect to Lu reaches 0.0001% or higher level.
纳米结构Lu2O3:Tb的研究
利用燃烧技术制备了平面和掺杂Tb的纳米结构Lu2O3。在560 ~ 700℃的温度范围内反应,产物的结晶度最佳。Tb很容易以Tb3+和Tb4+的形式进入纳米尺度的主晶格。前者产生典型的绿色离子发射,而后者由于电荷转移跃迁而引入宽带可见吸收。制备后热处理可以从根本上提高原料中Tb3+的绿色发光。未掺杂的材料产生蓝色发射,当Tb相对于Lu的含量达到0.0001%或更高水平时,蓝色发射消失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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