光纤探头

利用弯曲光纤探头检测液体浓度

Liquid concentration measurement by bent optical fiber probe

着重介绍了荧光产生和猝灭的原理及多孔塑料光纤探头的原理。

It is emphasized on the theory of dynamic fluorescence quenching and the basis principle of porous plastic optical fiber probe .

使用带近红外光纤探头附件红外光谱仪鉴定翡翠B货

Identification of B jade by FTIR spectrometer with near-IR fibre-optic probe accessory

系统主要由光纤探头，微型光谱仪，CCD探测器和计算机分析软件组成。

The system mainly by the fibre-optics probe , the miniature spectroscope , the CCD detector and the computer analysis software is composed .

研制了应用于光学相干层析（OCT）成像的二维扫描光纤探头。

A scanning fiber probe is developed to perform two-dimensional ( 2D ) scanning for optical coherence tomography ( OCT ) .

方法：所有光谱通过载有InGaAs检测器和光纤探头的傅立叶变换近红外装置获得。

Methods : All spectra were measured with a Fourier transform spectrometer equipped with an InGaAs detector , and a fibre-optic probe for reflectance measurements .

利用自行设计的一种光纤探头式生物表面光谱测试系统，对肉品进行测量。建立用于肉品新鲜度的自动分类和识别的BP神经网络，准确率达到93.3%。

The fresh level of the meat was measured by a self made fiber probe in biological spectrum measurement system with a artifical neutral network , which can automatically sorting and recognizing fresh level with the accuracy up to 93.3 % .

还原反应在微型反应池中进行，生成鲜红色Cu2O，光纤探头直接测定降于池底的沉淀。

The reduction reaction was carried out in a micro-reaction cell , and the reddish colored Cu_2O produced was settled at the bottom of the reaction cell . The reflectance R_ ∞, which is directly proportional to the amount of Cu_2O produced , was measured by the reflection spectrometer .

该系统利用虚拟仪器建立步进电机控制系统和数据采集系统，系统硬件主要由运动控制卡（PCI-7344）、步进电机驱动器（MID-7604）及由特殊光纤探头组成的稳定态光纤光谱仪等组成；

The system uses virtual instruments to build stepper controlling system and data collecting system . The hardware of system is consisted of motion controller ( PCI-7344 ), stepper power diver ( MID-7604 ) and a static fiber optical spectrometry .

单驱动二维扫描光纤探头研制

Development of Two Dimensional Scanning Fiber Probe Excited by Single Actuator

用光纤探头测定流化床中气泡的特性

Measurement of the Bubble Properties in Fluidized Bed by Optical Probe

反射式三角形光纤探头的光强分析

Intensity analysis of light on reflecting isosceles triangle optical fibre probe

双光路光纤探头式浓度检测系统

Optical fiber sensor concentration detection system with double optic circuits

球形光纤探头耦合特性的研究

Investigation of the coupling characteristics for the spherical probe of optical fiber

可测瞬逝光的新型光纤探头

A New Type Optical Fibre Probe For Measuring Evanescent Light

各向同性光纤探头的制作及介质中散射光的探测

Fabrication of the isotropic fiber probe and detection of scattering light in medium

气-固流化床的气泡参数测定&直射式光纤探头在流化床研究中的应用

Measurement of bubble characteristics in a fluidized bed with direct shot fiber-optic probes

反射式光纤探头结构的理论研究

Theoretical Study on Structure of Reflecting Optical Fibre Probe

光纤探头脉像仪的实验研究

Study on Arterial Pulse Using Optic Fiber Sensor

基于傅里叶变换的光纤探头光谱特性校正方法的研究

Study on the Method to Adjust Optical Fiber 's Spectrum Attenuation with the Fourier Transform

单根多模光纤探头的干涉测振原理及实验

The Theory and Experiment of Vibration Measurement by Interference with a Multimode Single Optic Fiber Probe

一个光纤探头可以等效于一个四层介质棱镜金属膜空气光纤系统。

A fiber probe approaching a coated prism can be equivalent to a four-layer prism-metal-air-fiber system .

全光路补偿反射式光纤探头

A Compensable Reflection Type Fiber-Optic Probe

光纤探头测量管外沸腾两相流空泡率和流型的研究

Void fraction and flow regime determination by optical probe for boiling two-phase flow in a tube subchannel

利用不同的光纤探头可实现生产工艺的在线连续分析监控。

It will carry out monitoring with online and continuous analysis to production process through different fiber optic probes .

本文介绍了光纤探头式皮肤反射光谱分析和颜色检测系统。

This paper presented a measuring system that can test skins color and reflecting spectra with optic fiber probe .

实验系统主要由实验光路、光纤探头以及信号的获取与处理三部分组成。

The optical circuit , fiber probe and the acquisition device are the three main parts of experimental system . 4 .

自制的光纤探头可以实现非接触测量，并且能够消除杂散光对测量的影响。

The self-made fibre-optics probe may realize the non-contact survey , and can eliminate the stray light to the survey the influence .

建立水果的内部品质自动检测系统由光源、迈克尔逊干涉仪、近红外漫反射光纤探头组件、铟镓砷检测器、数据采集卡和水果样品室等部件组成。

The system consisted of light source , interferometer , fiber optical sensor , InGaAs detector , data collection card and fruit holder .

结合倏逝波透射深度与光线入射角之间的关系，提出一种新的抛物线锥形光纤探头。

Combined with the relationship between evanescent wave penetration depth and incidence angle , a new parabola taper fiber probe is put forward .