稀土荧光材料

用固相反应法制备合成稀土荧光材料，并分别在不同烧结条件下烧结制备PLD溅射用的靶材，找到其最佳烧结工艺条件。

The rare earth fluorescence material and the target for PLD were synthesized by high temperature solid state reaction .

介绍一种基于稀土荧光材料（Y2O2S：Eu）的温度&荧光特性的光纤温度传感器。

A fluorescence temperature sensor with optical fiber based on the characteristic of temperature-fluorescence of rare earth phosphor is described .

本文的研究采用了一种新型的稀土荧光材料，设计了一种强度比型荧光光纤温度传感器系统。

In this article , the design of a intension ratio fluorescence optic fiber senor system based on a new kind of rare-earth fluorescence material is discussed , and applied on the measurement of area temperature .

稀土纳米荧光材料的控制合成、表征和光学性能研究

Controlled Synthesis , Characterization and Optical Properties of Luminescent Lanthanide Nano-Materials

本文对机械合金化、固相反应、稀土纳米荧光材料的制备及性质方面的研究作了详细的阐述。

In this paper , preparation and properties of mechanically alloying , solid state reaction , and nano-sized rare earth phosphors are reviewed in details .

采用机械力固相化学反应，为制备稀土纳米荧光材料寻求了一条新的简单易行、效果更优的方法。

We have get a simple and direct , easy operation , good effect method for preparing nano-sized rare earth phosphors by means of mechanical solid state chemical reaction .

最后，概述了稀土荧光高分子材料在稀土荧光涂料、稀土荧光塑料、稀土荧光纤维等方面的应用。

In addition , the application of rare earth fluorescent polymer materials , such as rare earth fluorescent plastics , rare earth fluorescent paint , rare earth fluorescent fiber and so on , is illustrated .

综述了稀土高分子荧光材料的研究基础，比较了不同方法合成的稀土高分子发光材料的结构与性能，介绍了当前该领域的研究进展。

The research groundwork of rare earth polymer luminescence materials were summarized . Structure and performance of rare earth polymer complex synthesized by different ways were compared . The research progress on this field currently was introduced .

含钐稀土-高分子荧光材料的制备和表征

Preparation and Characterization of Rare Earth-High Molecular Fluorescence Materials Containing Samarium

稀土化合物纳米荧光材料研究的新进展

Recent Advances in Nanoscale Luminescent Materials of Rare Earth Compounds

燃烧法合成稀土离子掺杂荧光材料

Combustion Synthesis of Rare Earth Ions Doped Fluorescence Materials

因而控制合成新型的稀土上转换荧光材料变得十分有意义。

It becomes very meaningful to controlled synthesize a new type of rare-earth up-conversion fluorescent material .

本文采用不同的化学方法合成了不同体系的稀土掺杂微纳米荧光材料，并对其形成过程与发光机理进行了详细地研究。

In this thesis , we synthesized different rare earth ions doped micro - / nano-materials through various chemical methods and studied their growth process and luminescent mechanism .

稀土离子掺杂的荧光材料被广泛地应用于灯光照明、平板显示、光学通讯以及制作激光器等领域。晶体和玻璃常常作为稀土离子掺杂的基质材料。

Luminescent materials based on lanthanide ions has been widely used as phosphors in lamps and display , components in optical communication , and active materials in laser devices .