提出了一种混合集成微型光纤光谱仪。
In this paper, a hybrid integrated micro fiber spectrometer is put forward.
利用光纤光谱仪对煤粉火焰温度在线测量进行了研究。
Studies concerning on-line measurement, of pulverized coal flames temperature, have been conducted with a fiber-optic spectrometer.
介绍了一种基于微型光纤光谱仪的微型生化分析系统及其相应的标定和实验测试。
A micro biochemical analytical system based on a micro fiber spectrometer is introduced. Experiment was carried out to calibrate and test the analysis system.
基于光纤光谱仪的光谱分析火焰监测系统可实时监测锅炉火焰各特征区的辐射光谱。
A flame spectrum monitoring system based on an optical fiber spectrometer was used to measure the radiation of combustion in boiler.
利用CCD光纤光谱仪测量不同燃料的火焰辐射光谱，得到了不同种类燃料燃烧时火焰光谱的不同特征。
With a CCD optical fiber spectrum meter, the radiation spectrum of flame of different fuels was measured.
首先对二维光纤光谱和宇宙射线的特性做了详细的分析，并提出了一种基于模板匹配的宇宙射线去除和修复算法。
After introducing the spectroscopic CCD images and cosmic-ray hits in detail, we propose a novel method to reject and restore cosmic-ray hits based on template matching algorithm.
通过采用光学掩膜的方法成功制备了符合设计尺寸要求的可见光滤光片，并利用光纤光谱仪测试了滤光片的光谱特性。
The precise size filter is deposited with the mask method successfully, the spectrum characteristic is tested through utilizing the optical fibre spectrometer.
结合实际测试结果，介绍了大天区面积多目标光纤光谱天文望远镜(LAMOST)低色散光谱仪所使用的科学级CCD相机的系统设计与检测技术。
A scientific CCD camera for the low-dispersion spectrograph of large sky area multi-object fiber spectroscopic telescope (LAMOST) was introduced along with the test and analysis of its performance.
以斯威尼(Sweeney)博士研发的光纤激光器为例，它产生的激光波束波长为1.5微米，这使其成为红外线光谱的一部分。
In the case of Dr Sweeney's fibre laser, the beam will have a wavelength of 1.5 microns, making it part of the infra-red spectrum.
本文研究的对象是光谱吸收型光纤气体传感器。
In this thesis, we have studied spectrum absorptive optical fiber gas sensors.
矿物油；三维荧光光谱；光纤传感；特征提取；特征分类；定量分析。
Mineral oil; Three-dimensional fluorescence spectra; Optical fiber sensing; Feature extraction; Tag sort; Quantitative analysis.
结果表明该滤波器的透射光谱是余弦函数调制后的光纤光栅反射光谱。
It was found that the transmission spectrum of the filter is the cosine function modulated reflection spectrum of the fiber grating.
高功率双包层光纤放大器在光纤传感、光纤通讯、光谱测量和惯性约束聚变等领域有广泛应用。
High power double -clad fiber amplifiers have widespread applications in fiber sensing, fiber optical communication system, spectral measurement, inertial confinement fusion, and so on.
本文叙述了利用液芯光纤技术获得最佳自发喇曼光谱的方法和条件。
The method and condition of obtaining optimal raman spectra by means of liquid-core optical fiber are described.
本文报道了一种基于光谱预分割技术的多波长超荧光光纤光源。
Muti-wavelength superfluorescent fiber source based on spectrum pre-slicing technique is reported in this paper.
对聚甲基丙烯酸甲酯(PMMA)芯聚合物光纤的临界弯曲半径进行了测试，利用光栅单色仪对采用不同尺寸滤模器的光纤出射光谱进行了测量。
The critical bending radius of PMMA polymer optical fiber is measured, By using grating monochromator, the exiting spectrums of the mode filters with different dimensions are measured.
介绍了几种光谱吸收光纤气体传感的方法。
Several methods of optical fiber gas sensor with absorption spectrum have been introduced.
实验测试了所制作出的双包层塑料光纤放大器(DCPOFA)的吸收谱、荧光谱和增益特性。
Meanwhile the absorption and fluorescence spectrums and gain characteristic of the double-cladding plastic optical fiber amplifier (DC POFA) that we had made were tested.
该仪器采用光纤传导技术和全封闭光学系统，具有较高的光谱分辨率和检测灵敏度。
The optical fiber conduction technology and full closed optical system was used in the instrument. The higher spectral resolution and the detective sensitivity were obtained.
目的建立一种光纤传感快速测定氢溴酸加兰他敏注射液光谱和含量的方法。
OBJECTIVE To develop a rapid analysis method by fiber-optic sensor for determining galanthamine hydrobromide injection spectrum and content rapidly.
基于乙炔气体的光谱吸收特性，采用一种带有参考通道的光纤乙炔气体在线实时检测系统。
Based on the characteristic of spectrum absorption of acetylene, an optical fiber detection system for methane gas is presented, which has reference channel and is for on line and real time detection.
介绍了用于液滴分析的光纤液滴分析技术、电容液滴分析技术、图像液滴分析技术、光谱液滴分析技术的原理、数学模型等。
The principle, mathematical models of the liquid droplets analysis technology based on fiber, capacitance image and spectrum droplet technology are reviewed and compared.
研究了差分吸收式光谱吸收型光纤气体传感器。
An easy realizable spectrum absorption type optic fiber gas sensor was studied and discussed.
根据部分相干光理论，得到了光纤环光谱传递函数。
The spectrum transmission function (STF) of optic fiber ring is obtained with the theory of partially coherent light.
电流通过液芯光纤，电流的热效应降低了液体样品荧光光谱强度。
The fluorescence spectrum intensity is reduced by the heat effect of electric current when the current flows through a liquid-core optical fiber.
实验结果表明，该方法对特定的光纤传导系统的光谱非线性衰减有较好的校正效果。
It is proved that the method is fit for adjusting some optical fiber spectrum attenuation.
本文采用光谱吸收方法通过光纤传输光信号进行气体浓度的在线遥测。
The article used the method of spectrum absorption to measure gas concentration, transmitting optical signal by optical fiber.
同时，它在光纤传感系统、气体检测系统、光谱分析等领域也得到越来越广泛的应用。
At the same time, it has been increasingly used in fiber optic sensor systems, gas detection systems, spectral analysis and other fields.
结合光纤环光学长度和耦合输出系数，就损耗对光纤环光谱传递函数和相干性的影响进行了分析讨论。
The influence of the optical length, the output couple coefficient of the optical fiber ring cavity upon the STF and the coherence of the loss is also analyzed.
结合光纤环光学长度和耦合输出系数，就损耗对光纤环光谱传递函数和相干性的影响进行了分析讨论。
The influence of the optical length, the output couple coefficient of the optical fiber ring cavity upon the STF and the coherence of the loss is also analyzed.
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