荧光辐射

激光晶体吸收激光二极管抽运光能量产生荧光辐射的同时，部分抽运光能量转变为晶体的热能，在晶体内部形成非均匀温度梯度场分布，引起晶体热形变。

Laser crystal absorbs the pumping light energy , produces fluorescence radiation and heat at same time . The heat non-uniform temperature causes in the crystal and causes thermal distortion of crystal .

第三种荧光液位传感器利用掺杂玻璃或塑料中产生的荧光辐射来探测液位。

The third sensor uses fluorescence radiation generated in an impurity-doped glass or plastic slab .

论元素互致X射线荧光辐射强度

On the intensity of mutually-induced X-ray fluorescence between elements

同时用时间分辨光谱测量了不同温度下相应的荧光辐射寿命。

We also obtain corresponding fluorescence lifetime by using time-resolved spectroscopy at various temperatures .

碱金属惰性气体中新的兰紫荧光辐射

Strong New Purple Bands in Alkali-Noble Gas System

三能级体系中能量弛豫时间与荧光辐射寿命的关系

The relationship between the energy relaxation time and fluorescence lifetime in three level system

受驱动三能级原子荧光辐射的暂态压缩

Temporal squeezing in the radiation of the fluorescence from a driven three - level atom

NO2分子~2B2电子态荧光辐射寿命的实验研究

An experimental study of the fluorescence radiative lifetimes of 2B 2 states of no 2

NO2分子激光诱导荧光辐射寿命和碰撞猝灭速率的实验研究

An experimental study on laser induced fluorescence radiative lifetimes and collisional quenching rates of NO_2

多光子光学双稳性中的荧光辐射问题

Flourescence problem in multi-photon optical bistability

结果显示，忽略真空诱导相干性的作用，系统会演化至暗态，共振荧光辐射停止。

The results demonstrate that the system will evolve to dark state when the vacuum induced coherence is ignored , and complete inhibition of the fluorescence occurs .

基于光丝相互作用导致的作用区域荧光辐射强度的急剧增强，提出了通过光丝相互作用高效产生高密度自由电子的方法，有效的避免了强聚焦中的光丝分裂及调制不稳定性。

Significant fluorescence enhancement in the interaction region was observed , We proposed an effective high density free electron generation method based on filament interaction that avoid filament split and modulation instability .

处在聚合物薄膜表面与内部的单分子的荧光辐射在两个正交偏振方向上的荧光自关联和互关联谱表明，相比聚合物薄膜内部，聚合物薄膜表面动力学行为更为活跃。

The autocorrelation and crosscorrelation function between the two orthogonal polarization lights of single molecules fluorescence shown that the dynamics of the surface of the polymer film is much more active than the inside .

以改进的荧光非辐射能量转移法研究高分子共混物

A Study on Polymer Blends via Modified Nonradiative Energy Transfer Fluorescence

利用荧光非辐射能量转移观察磺酸基聚电解质分子链形态

Conformation of Polyelectrolyte Chains with Sulfonate Groups Observed with Fluorescent Nonradiative Energy Transfer

水溶性高分子聚集行为荧光非辐射能量转移研究进展

Development of Fluorescence Nonradiative Energy Transfer in the Research for Aggregation of Water-Soluble Polymers

具有纳米结构的金属衬底，在外场激发下，靠近衬底表面的荧光分子辐射行为将会发生变化，在适当条件下，荧光辐射强度表现为增强现象，称之为表面增强荧光效应。

In the suitable conditions , nanostructure metal substrates with a excitation of the incident light electric field , close to the substrate surface fluorescence molecular radiation behavior will become more stronger , these phenomenon called surface enhanced fluorescence effect .

微点阵技术需要一个荧光、辐射或彩色读出的测试步骤，具有一定分辨率的扫描仪对点阵表面的每一个有址可寻的点进行分析。

Microarray technology requires the testing or probing procedure to be " reported " by a fluorescent , radioactive or color readout , which can be analyzed by scanners with a resolution equivalent to each addressable point on the array surface .

K荧光X参考辐射及其照射量测量

K-fluorescence x reference radiations and measurements of their exposure rates

采用浮染法将荧光助剂、红外辐射剂、着色剂分散进低密度聚乙烯（LDPE）树脂中，通过挤出吹塑制成厚0。

Low-density polythene ( LDPE ) resin containing fluorescent auxiliary and colorant was used to make the photo-ecology agricultural film , which was0 .

将分离的破骨细胞培养在玻片上，利用0.5、1、3、5Gy（137）Csγ射线照射破骨细胞，采用荧光染色方法观察辐射对破骨细胞形态的影响。

The numbers of apoptotic osteoclasts after in vitro γ - irradiation ( 0.5 , 1 , 3 , 5 Gy ) were measured by fluorescence staining assay .

同步辐射时间分辨荧光光谱技术同步辐射X-射线荧光分析牛肝

Analysis of Ox Liver Reference Standard by Synchronous Radiation X-Ray Fluoremetry

光致荧光及其在电离辐射剂量测量中的应用

Introduction to the Application of OSL in Radiation Dosimetry

伴随着双光子吸收截面的增大发生了明显的荧光淬灭以及纳米聚集态诱导荧光辐射增强。

Obvious fluorescence quenching and aggregation-induced enhancement of two-photon fluorescence emission were observed accompanying with the enhanced TPA properties .

X射线荧光层析技术是利用内壳层电子跃迁所发出荧光辐射，来测定样品中的元素含量，获取样品内部的结构信息。

The X-ray fluorescence tomography method is capable of virtually estimating the concentration of elements and obtaining the inner structure of materials by measuring the intensity of fluorescence which is emitted by the inner shell electron .