煤质分析

基于CEMS煤质分析的火电机组AGC

Thermal power units of the AGC for coal 's quality analysis based CEMS system

利用煤质分析、成焦特性分析等手段研究了焦炭的宏观性质；利用X射线衍射方法研究了焦炭的微观结构。

Macroscopic structure of coke was studied by means of methods such as coal property analysis and coal coking performance analysis . Microscopic structure of coke was investigated by using x-ray diffraction .

在综合分析大量文献资料的基础上，采用多元线性回归方法，利用MATLAB对大量煤质分析结果进行了回归分析，推导出了煤质元素分析与工业分析的关联方程组。

On the base of a great deal of statistics and the mathematical software MATLAB , the method of multivariate linear regression analysis is used to deduce the relevant equations between element analysis and industry analysis of coal .

煤质分析中Y-G相关性的研究与应用

Study and Application on Y-G correlation of coal total analysis

中子感生瞬发γ射线分析法（NIPGA）可以快速进行煤质分析。

Neutron-induced prompt gamma-ray analysis ( NIPGA ) can be used for fast analysis of coal .

热重&红外联用方法在煤质分析中的应用

Application of TG - FTIR Interconnection Method in Analysis of Coal

应用于在线煤质分析系统数据采集卡的研制

Development of Data Acquisition Card in Online Analysis System for Coal

两种煤质分析指标的关联方程组研究

Study on Relevant Equations for Two Kinds of Coal Quality Analysis

试述热分析技术在煤质分析中的应用进展

Trial Narration of the Application of Thermal Analysis in Coal Analysis

我国煤质分析仪器行业的现状及展望

The Status and Prospect of Chinese Coal Analysis Instruments Industry

中子活化分析在煤质分析中的应用

An application of NAA in analyzing the quality of coal

浅析如何减小煤质分析中的误差

How to Reduce the Errors in the Coal Quality Analysis

基于定容燃烧法的快速煤质分析

Rapid analysis of coal quality by constant-volume combustion method

煤灰成分分析在煤质分析中是比较重要的项目。

Coal ash composition analysis is an important item .

浅谈控制煤质分析检测数据精确度的重要性

Preliminary discussion on the importance of precision control of coal 's quality test

煤质分析报告与燃烧计算

Analysis report for coal properties and combustion calculations

煤质分析自动称重与数据管理

Automatic Weighing and Data Management Coal Quality Analysis

煤质分析仪器中的温度控制系统

Temperature control system of the coal quality analyzer

煤质分析中发热量与固定碳的简易互算

Simple Mutual Calculation between the Calorific Capacity and the Fixed Carbon in Anthracite Analysis

煤粉颗粒粒度对煤质分析特性与燃烧特性的影响

The influence of particle size on compositions analyzing and combustion characteristics of pulverized coal

元素分析是煤质分析的一个重要手段。

Element analysis is one of the most concerning in the assessment of coal quality .

应用人工神经网络方法处理电厂入厂煤煤质分析数据

Application of artificial neural network method in data reduction of proximate analysis of raw coal to power plant

中子煤质分析实验中应用蒙特卡罗模拟方法进行煤层厚度变化的研究

The Study of Varied Thickness of Coal Seam Using MCNP Method in the Coal Quality Analysis Experiment by Neutron

对焦化厂的不同原料煤及装炉煤进行了煤岩学分析、粒度分析及煤质分析。

The petrographic analysis , coal size and coal quality analysis of different raw coal and coking coal were made .

对这些样品进行了系统的煤岩分析、煤质分析、结构分析，特别是对刻槽样品进行了全煤岩组分油浸最大反射率分布测试。

Systemic analysis such as petrography , coal property and structure , especially the maximum reflectance distributions of all macerals has been done on those samples .

对三种原煤及其焦样进行了基础的煤质分析，对三种焦样还进行了比表面及孔径分布测试。

Besides basic coal quality analysis of raw coal and coal chars , specific surface area and pore diameter distribution test of coal chars also have been done .

通过长期的研究，我们已经找到了一种较好的数据处理方法，使测量精度达到了煤质分析的要求，并且研制出脉冲中子煤质快速分析仪。

We have found a better way of data processing , which make the measurement precision fulfill the requirement of coal industry , and have developed a pulse neutron coal fast analyzer .

主要表现在：钻孔数据的三维可视化，等值线绘制及工程图输出，资源储量计算和采矿工程算量，煤层赋存及煤质分析。

Mainly displays in : borehole data 3d visualization , isoline drawing and engineering drawing output , the mineral reserves calculation and mining engineering calculate quantity , coal seam occurrence and coal analysis .

可选性曲线是煤质分析和选煤厂设计的基础，因此，如何既简单又准确地画出可选性曲线显得尤为重要。

Washability curve is a basis on which coal quality analysis and design of coal preparation plant can be well performed , therefore , it is quite important to plot washability curve correctly with simple method .

燃烧计算所需要的工作质的碳、氢、氧、氮、硫、灰分和水分7项成分的煤质分析数据，一般的煤质分析报告提不出来。

An average analysis report for coal properties may not provide the data on seven working elements and matters viz . C , H , O , N , S. ash and water necessary for combustion calculations .