荧光材料

白光LED用荧光材料的制备及性能研究

Research on Synthesis and Luminescence Performance of White-Light LED-used Fluorescent Materials

当代研究稀土发光材料的热点是掺有Eu元素的红色发光荧光材料。

Contemporary studies of rare earth luminescent material is concentrated on the red light-emit fluorescent materials mixed with element Eu .

白光LED用钨、钼酸盐红色荧光材料的制备及其发光性能的研究

Synthesis and Luminescence Properties of Molybdate and Tungstate Red Phosphors for White-LED

这种测试使用一种荧光材料，它是由金属纳米颗粒和聚合物组成的，与一段“引物”（符合病原体遗传物质特定部分的一段DNA或RNA）连接。

A segment of DNA or RNA that matches a specific part of the pathogen 's genetic material .

本文以适合近紫外LED激发的荧光材料为研究对象，采用高温固相法合成了几种很有应用前景的LED用荧光材料。

In this paper , some kinds of phosphor used for near ultraviolet LED were fabricated by traditional high temperate solid stated method .

Eu~（3+）掺杂的Sr2CeO4荧光材料的燃烧法合成及其性能研究

Combustion Synthesis and Properties of Eu ~ ( 3 + ) Doped Sr_2CeO_4 Phosphor

以乙酸锌为主要原料，探讨了用溶胶-凝胶法合成纳米级ZnO：Eu，Li红色荧光材料的制备工艺；

The preparation technology of nanometer ZnO : Eu , Li powder with red fluorescence material by Sol-Gel method has been discussed .

性能优异的荧光材料（高纯度、不团聚、颗粒细、形状规则（最好为球形））的使用可以有效提高白光LED发光效率。

Phosphors with high efficiency ( non-aggregation , fine particles and regular morphology ( sphericity ) ) can improve the luminescent efficiency of W-LED effectively .

Tb～（3+）激活的荧光材料的真空紫外&紫外激发的发光特性

Luminescent Properties of Tb ~( 3 + ) - activated Green Phosphors under VUV-UV Excitation ; fluorescence-exciting ultraviolet region

凝胶-燃烧法合成YAG∶Eu~（3+）纳米荧光材料的结构和发光性能

Structure and Luminescent Properties of Y_3Al_5O_ ( 12 )∶ Eu ~ ( 3 + ) Nano-phosphor by Gel Combustion Synthesis

一种新型琥珀色CRT显示荧光材料

A new amber CRT display material

化合物7和9有可能作为两种优良的蓝光发光材料而化合物8很有可能作为一种单发射组分荧光材料用在显示和照明等白光LED领域。

Compounds 7 and 9 could be used as promising blue component and compound 8 could be promising single-emitting-component phosphors for display and lighting application in the white LED .

将前驱体在一定温度下烧结3h，合成了红色荧光材料。

Sintering the precursor powders at certain temperatures for 3 h , Sr_2CeO_4 ∶ Eu phosphor was synthesized .

新型荧光材料NiLbipy·2H2O的合成与表征

Preparation and Characterization of a New Fluorescence Material : NiLbipy · 2H_2O

研究发现GO对荧光材料有较强的猝灭作用，可作为良好的能量受体应用于荧光共振能量转移（FRET）体系，为生物传感器提供了发展平台。

Studies showed that GO had quenching effect to fluorescent materials and could be a good energy acceptor in FRET system to provide a platform for biosensors .

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 .

用磷辅助还原的Sr3Al2O6：Eu~（2+）白色荧光材料

Sr_3Al_2O_6 : Eu ~ ( 2 + ) White Light Phosphor Reduced with the Aid of P

以EDTA为螯合剂，采用络合共沉淀法合成了纳米级镱、钬共掺杂的氟化钇钠上转换荧光材料。

Nanocrystals of up-conversion phosphor , ytterbium and holmium co-doped sodium yttrium fluoride were prepared by a co-precipitation method in the presence of EDTA .

水热法制备PDP纳米荧光材料及其表征PDP电磁屏蔽膜的特性测试及其研究

Preparation and characterization of PDP nano luminous materials by hydrothermal synthesis Performance Evaluation of Electromagnetic Interference Shielding Films of Plasma Display Panel

精细粒度Y3Al5O（12）：Tb荧光材料的燃烧法合成及其特性

Synthesis and Characterization of Fine-Particle Y_3Al_5O_ ( 12 ): Tb Phosphor by Combustion Process

Gd2Mo4O（15）：Eu~（3+）荧光材料的制备与发光性能研究

Synthesis and photoluminescence of Gd_2Mo_4O_ ( 15 ): Eu ~ ( 3 + ) phosphor

特别是近年来人们发现晕苯及其衍生物是制作UltravioletChargeCoupledDevices（UV-CCD）的优良的有机荧光材料。

Especially in recent years , coronene and its deviations are found that they were suitable candidates of organic fluorescence materials to make Ultraviolet Charge Coupled Devices ( UV-CCD ) .

分析了系统荧光材料的吸收和发射特性，研制了Cr∶LiSAF的光纤测温探头。

The characteristics of fluorescence material absorption and emission are analyzed , and the optic-fiber temperature measurement probe based on Cr ∶ LiSAF is developed .

光致发光材料，包括LED用荧光材料，长余辉材料，多光子材料等三大类，在不同的领域有着广泛的应用，它们的研究是21世纪的未来材料学研究中的热点和重点。

Photoluminescence materials , used widely in many fields , consist of fluorescent materials for lamp , long-afterglow materials , multiphoton materials . For that , research on photoluminescence materials becomes more hot and important in the 21st century of the future .

本论文利用水热法和等离子体方法开展了微细Y2O3：Eu3+和YAG荧光材料的制备，并对其结构、形貌、性能进行了测试和研究。

In this paper , fine Y2O3 : Eu3 + and YAG powders were prepared through a hydrothermal method and plasma method , respectively , then the structure , morphology , properties of the products were characterized and researched .

量子点（QDs）是半导体纳米晶，是一种很好的无机荧光材料，由于其高的荧光效率和显著的量子尺寸效应而被广泛研究。

Quantum dots ( QDs ) are semiconductor nanocrystalline , which are a novel class of inorganic fluorophores , and widely studied because of high fluorescence efficiency and quantum size effect .

本文研究了BaFxCl（2-x）：Eu~（2+）荧光材料在紫外线辐照下的光激励发光。

The photostimulated luminescence ( PSL ) of UV-irradiated BaF_xCl_ ( 2-x ): Eu ~ ( 2 + ) phosphors has been reported .

因此，制备以ZnO作为基质的红色荧光材料，能适用于寒冷的北方、炎热的南方和有强紫外线照射的高原地带，并且也可广泛用于航天器涂层颜料。

The red photoluminescence material used ZnO as the matrix material can be applied to various abominable nature conditions such as cold north , fervent south and tableland with strong ultraviolet radiation . It can be also widely used in the field of the palette of aircraft coating .

羟基磷酸钙（HAP）是近年来新兴发展起来的一种精细磷化工产品，在悬浮聚合分散剂以及荧光材料、生物材料、陶瓷等方面都有应用。

The Hydroxyapatite ( HAP ) is emerging as a kind of fine phosphorus chemical products in recent years , which has been used in many ways , such as the suspension polymerization dispersant , fluorescent material , biological material as well as ceramic .

此外，作为经典的荧光材料，QA及其衍生物被广泛用来制造高性能的OLEDS，由于他们的许多优点，如高发光效率（PL）和良好的电化学稳定性以及突出的光电性质。

Moreover , as a type of classical fluorescent material , QA and its derivatives are widely utilized in fabrication of high-performance OLEDs due to their many advantages such as high photoluminescent ( PL ) efficiency and good electrochemical stability as well as the pronounced photoelectric activities .