In-situ measurement of temperature and emissivity of pulverized coal flame with spectrum analysis 光谱法测量煤粉火焰温度和黑度的研究
The Disturbance and Elimination of Coexisting Alkali Metal Ions in Flame Spraying Analysis 共存碱金属离子在火焰发射分析中的干扰及消除
Determination of Cobalt and Nickel by Flame Atomic Absorption Spectroscopy Analysis 火焰法测定钴和镍
Reduction of Reaction Mechanism for Methane/ air Laminar Premixed Flame using Principal Component Analysis 利用主成分分析法简化甲烷/空气层流预混火焰的反应机理
Flame Image Processing-based Detection and Analysis of Furnace Radiation Energy Signals 基于火焰图像处理的炉膛辐射能信号的检测及分析
Experimental Study of Flame Temperature Measurement Based on Combustion Flame Radiation Multi Wavelength Analysis 基于辐射强度多波长分析的燃烧火焰温度测量方法的实验研究
The characteristics of the vortex inside the jet flame are studied through the analysis of the flame noise of the unstable state. 本文试图从非稳定射流火焰的燃烧噪声角度来研究火焰中的微团特性。
Flame image analysis and fuzzy control in alumina rotary kiln 氧化铝回转窑火焰图像分析与模糊控制
Flame color collection and analysis system based on machine vision 基于机器视觉的火焰颜色采集分析系统
This flame atomic absorption analysis method can expand the linearity range of nickel and no near spectra interference. 本方法扩大了火焰原子吸收分析镍的线性范围。方法无临近谱线干扰,信噪比明显提高。
The basic principle of catalytical dynamics concerning to flame atomic absorption analysis and its application oin determination of trace silver are presented. 提出了催化动力学用于火焰原子吸收分析的基本原理,并用于痕量银的分析。
After being heated up and desorbed the sampling tube was led into a gas phase chromatography with a hydrogen flame detector for analysis. 采样管再经加热解吸导入附有氢火焰检测器的气相色谱仪进行分析。
Empirical formulae which describe quantitatively the interferent effects in flame atomic absorption analysis have been proposed formerly. The approach may be used for the computational elimination of interferent effects and for correction of analytical results. Pszonicki等定量地描述了火焰原子吸收分析中干扰效应的经验公式,这一处理方法可用于干扰效应的计算消除和对分析结果的修正。
A Flame Stability Analysis for Pulverized Coal-Air Jet in Furnace 炉膛煤粉空气射流的火焰稳定性分析
Determination of a Flame Temperature from the Analysis of a Combustion Flame Radiation Spectrum through the Use of an Optimized Algorithm 采用优化算法分析燃烧火焰辐射光谱求取火焰温度
The Principle of the Furnace Flame Detection and the Maintenance Analysis of the Burner Management System 炉膛火焰检测原理和锅炉燃烧器管理系统维护探讨
Principle and Application of Catalytical Dynamics in Flame Atomic Absorption Analysis 催化动力学&火焰原子吸收原理及应用
Tests of flame retardancy and analysis of TG and DSC showed that the addition of CG-ATH increased decomposition temperature of the composite, from 221.6 ℃ to 267.8 ℃. At the same time coking rate and limiting oxygen index ( LOI) increased. 通过燃烧性能测试、TG和DSC分析表明,CGATH的添加能够提高树脂体系的分解温度,增加结炭率,显著提高极限氧指数。
Computational eliminating the interference effects of flame atomic absorption analysis by orthogonal design 应用正交设计研究火焰原子吸收分析中的干扰效应
Experimental Study on Quantitative Color Characterization of Combustion Flame of Pulverized Coal Analysis of the combustion flame character by digital image processing 煤粉燃烧火焰颜色定量分析试验研究燃烧火焰特征的数字图像处理系统
Firstly, CCD as well as relative image acquisition and processing equipment are adopted as measurement tool to acquire the image of burner flame, based on analysis of the traditional methods and characteristics of flame detector. 首先在分析传统火焰检测方法和特点的基础上,采用CCD及相关图像采集设备作为测量工具采集燃烧器火焰图像。
Real-time holography, as a method with high precision, high sensitivity and non-destruction, is widely used in flame analysis, stress and vibration analysis, and has received some achievement. 激光实时全息术拥有高精度、高灵敏度、非破坏性、全场性检测等优点,广泛应用于火焰燃烧分析、固体应力分析及振动分析等领域,取得了大量成果。
Finally, it is shown the performance of he flame video image detection and analysis of the experimental results and system hardware resource consumption. 论文最后给出了火焰视频图像检测的实验结果,并对实验结果及系统硬件资源消耗情况进行了分析。
According to the feature of abnormal noise in flame image, alterable ε smooth support vector regression ( A ε SSVR) algorithm is introduced novelly and it is applied to flame image-serial analysis. 根据火焰图像具有异常噪声的特点,本文率先提出了变ε光滑支持向量回归(AεSSVR)算法,并用于火焰图像序列分析。
The flame noise from impinging flame zone is proved through analysis on spectrums of flame noise and pressure fluctuations. 通过分析火焰噪声频谱及压力波动,证实撞击区火焰噪声的存在。