电厂煤粉管道中煤粉浓度和细度对锅炉燃烧、污染排放及安全运行有很大影响。
The concentration and size of pulverized coal in pneumatic transportation pipe in power station are of great influence on the efficient, emission and operating safety.
介绍利用燃料供应管道作波导，采用微波测量法对煤粉流量进行监测的新技术。
Using fuel feed pipes as a waveguide allows coal flow to be measured by microwaves.
在电厂煤粉锅炉中，锅炉送粉管道内的煤粉浓度是一项重要的参数，它直接影响锅炉的燃烧效果。
In the coal powder boiler of power plant, the concentration of coal powder in the pipeline is an important parameter and directly influences the burnable efficiency of the boiler.
利用零压摆式取样针煤粉等速取样方法在MPS磨煤机出口管道上等速取样煤粉，通过对煤粉细度、水分和质量的分析，研究MPS磨煤机的工作特性。
By using a zero-pressure pendulum sampler and an isokinetic sampling method the samples of pulverized coal were taken at the outlet piping of a MPS coal pulverizer.
煤粉气力输送管道、喷吹系统、粉煤烧嘴点火器等。
This system consists of fine coal pneumatic conveying system, fine coal. injector, ignitor with coal burners, etc.
各装置之间通过粉煤管道相连通，管道上设有煤粉流量监控器和氮气压力流量计及其流量 控制装置。
The devices are communicated through fine coal pipelines, and a fine coal flow monitor, a nitrogen pressure flow meter and a flow controller thereof are arranged on the pipelines.
分析了水煤浆管道输送过程中的浆体流动规律及煤粉颗粒的运动情况。
The flow characteristics of Coal-Water Slurry (CWS) and the movement of coal powder in the pipeline transportation of CWS are analysed.
分析了水煤浆管道输送过程中的浆体流动规律及煤粉颗粒的运动情况。
The flow characteristics of Coal-Water Slurry (CWS) and the movement of coal powder in the pipeline transportation of CWS are analysed.
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