闪烁体

液体闪烁体LAB光学性质测试与分析

Measurement and analysis on optical properties of liquid scintillator based on LAB

薄膜和纤维塑料闪烁体中子能响特性的MonteCarlo数值计算

Monte Carlo modeling of neutron sensitivity for foil - or fiber - plastic scintillator

本申请中记载了制造用于CT系统中的闪烁体的装置和方法。

Apparatus and methods for fabricating scintillators for use in a CT systems are described .

MonteCarlo模拟韧致辐射光子穿透闪烁体的能量和通量分布

Monte Carlo simulation of energy and flux distributions of bremsstrahlung photons through scintillators

固相合成Gd2O2S：Pr陶瓷闪烁体粉末

CALLIGRAPHY IN CERAMICS Preparation of Gadolinium Oxysulfide Powder by Solid-state Synthesis

探测器模块主要用来实现X射线信号的光电转换，采用的是光电二极管闪烁体探测器。

Detector module mainly used to achieve conversion of the X-ray signal photoelectric , which used photoelectric diode scintillation detectors .

Ce~（3+）∶YAG单晶闪烁体的激发和发光特性

Excitation and Luminescence Properties of Ce ~ ( 3 + )∶ YAG Single Crystalline Scintillator

MonteCarlo有限元射线追迹法计算圆柱形闪烁体与光纤的耦合功率

Calculation of Light Power Coupled from a Cylindrical Scintillator into Optical Fiber Using Monte Carlo Ray Tracing Method

主要有碘化铯（铊激活）闪烁体、硅PIN光电二极管、电荷灵敏放大器组成。

It be mainly made from CsI ( TI ) scintillation , silicon PIN photodiodes and charge-sensitive amplifier .

几种常用闪烁体受~（60）Coγ源辐照前后探测器灵敏度比对

The Sensitivity Comparison of Some Common Scintillation Detectors between the Magnitude Before and after γ Irradiation with ~ ( 60 ) Co Source

狭长CsI（Tl）闪烁体发光效率的研究

Study of the Luminescent Efficiency for Narrow CsI ( Tl ) Scintillator

X射线能谱处理中NaI（Tl）闪烁体边界效应矩阵的蒙特-卡罗计算

Monte-Carlo calculation of edge effect matrixes in nai ( tl ) detector used for X-ray spectrometry

分别测得了不同闪烁体荧光单色能量相对转换系数Kλ和积分能量相对转换系数K；

The fluorescence monochromatic energy relative conversion coefficients K λ and the integral energy relative conversion coefficients K are measured for the scintillators with various dimensions .

低本底γ谱仪用的NaI（T1）闪烁体

NaI ( Tl ) Scintillator for Low Background γ Spectrometer

在工业CT设计中，为了选择闪烁体的种类和几何尺寸，需要知道韧致辐射光子穿透闪烁体的能量和通量分布。

In the design of industrial CT , the knowledge of energy and flux distributions for bremsstrahlung photons through crystals is necessary to select scintillator 's type and dimension .

实现了LED与光路系统的调节与控制，闪烁体液位测量与控制，光信号的测量与后数据处理等功能。

The adjustment and control function for the LEDs and optical path system , liquid level of scintillator , optical signal measurement and subsequent data processing were realized .

放置~3H、~（14）C溶液和闪烁体的瓶子是半球形的石英瓶或低钾玻璃瓶，底部直接耦合到光电倍增管的阴极上。

The vessel filled with 3H , 14C solution and scintillator is a hemispherical quartz or low-potassium glass vial , the bottom of which is coupled to the cathod of phototube directly .

本文依据X射线结构数据和Raman光谱测量，分析了闪烁体ZnWO4单晶中W原子的配位情况。

The coordination number Z of the atom W in scintillator ZnWO_4 is analyzed based on the X-ray structural data and Raman scattering experiment results .

改进BaF2闪烁体光输出特征研究

Study on modifying the output properties of BaF_2 scintilation spectrum

BaF2闪烁体快、慢成分研究

Study of Fast and Low Component of BaF_2 Scintillation

闪烁体光电二极管探测器作为一种工业CT最常用的探测器，非常有必要对其输出的光电流信号的特征进行分析以及处理方式进行研究。

Scintillator photodiode detector is most commonly used as an industrial CT detector , it is necessary to analysis the characteristics of the optical current signal and study the way of treatment .

国产锗酸铋（BGO）闪烁体荧光的硅光二极管读出方法的研究

An Investigation of Silicon Photodiode Readout for Domestic BGO Scintillation Light

用keV单能电子束激发塑料闪烁体产生的发光光谱的研究

The Exploration of Luminescence Spectra of Plastic Scintillator Excited by keV Single-energy Electron Beam

工业用高稳定性BGO闪烁体探测器的研制

Development of high stability BGO scintillator detector used in industry

研制的Z-箍缩X射线辐射功率探测系统，利用闪烁体与X射线作用产生的荧光，在X射线入射45°方向进行探测。

A scintillant detection system for the Z-pinch X-ray radiation power is ( developed ) . The fluorescent light was measured at 45 ° direction while scintillator was interacted with X-ray .

快响应无机闪烁体CeF3的时间特性研究

Study on Time Characteristics of Fast Time Response Inorganic Scintillator CeF_3

塑料闪烁体环探测器作反符合屏蔽的NaI（Tl）γ能谱仪

A NaI ( Tl ) Gamma-Ray Scintillation Spectrometer with an Annular Plastic Scintillator Used as the Anticoincidence Shield

本文采用蒙特卡罗模拟计算方法，研究了塑料闪烁体探测器在测量定向剂量当量H′（0.07）时，探测器入射窗、塑料闪烁体厚度对能量响应和角度响应的影响，讨论了产生能量响应的原因；

The parameters of input-window thickness and plastic scintillator thickness are studied by Monte Carlo calculation for their influences on the energy response and angle response for electrons for measuring H ′( 0.07 ) .

工业用BGO闪烁体探测器电路设计

Design of industrial used BGO scintillator detector circuit

国产锗酸铋（BGO）闪烁体定时性能的研究

Investigation of timing properties of domestic BGO scintillator