Advanced combustion monitor and control technology can realize the high stability, high efficiency and low pollution of combustion process in the coal-fired boiler.
对先进燃烧检测和控制技术进行研究是实现电站燃煤锅炉稳定、高效、低污染燃烧的重要途径之一。
For large coal-fired boilers, it is very important to monitor the working state of suspension combustion for reliability, security and economic barometer of boilers.
对大型燃煤锅炉而言，监控炉内悬浮燃烧状态对锅炉的可靠性、安全性和经济性非常重要。
Monitor and control the flame temperature during the combustion process, reducing fuel use to achieve the same energy production Numbers, while helping to reduce GHG emissions to regulatory levels.
监控和控制燃烧过程中的火焰温度，减少燃料用量达到相同的能源生产数，同时有助于减少温室气体排气放，符合管制水平。
A kind of monitoring and prediction system based on virtual instrument was designed in this paper, and it can realize real-time monitor and spontaneous combustion prediction in coal mine.
利用煤层自燃的物理和化学特性，设计了一种基于虚拟仪器技术的监测预报系统，实现了实时监控和自燃预报。
This method can judge the combustion stability effectively and has practical significance to monitor the combustion statues automatically and ensure the boiler operation safely.
此方法对实现燃烧状态自动监测，保障锅炉安全运行具有重要意义。
The internal-combustion engine is one of the main powers in production, and it is also a kind of complex reciprocating machine, so to monitor its state and diagnose its faults are very difficulty.
内燃机是生产的主要动力之一，然而，它又是一种复杂的往复式机械，状态监测和故障诊断十分困难。
It is an important problem to investigate and monitor the combustion processes in the furnaces of power plant boilers, which is concerned about by experts in the field for a long time.
锅炉炉内燃烧机理和监测，一直是从事热能工程的专家和技术人员长期研究和关注的重大课题。
It is an important problem to investigate and monitor the combustion processes in the furnaces of power plant boilers, which is concerned about by experts in the field for a long time.
锅炉炉内燃烧机理和监测，一直是从事热能工程的专家和技术人员长期研究和关注的重大课题。
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