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1·It contributes to a loss of combustion and boiler efficiency.

它影响了燃烧损失和锅炉效率。

2·Therefore it can analyses the factors influencing boiler efficiency.

从而可以分析出影响锅炉效率的因素。

3·Flame can directly reflect the furnace condition and boiler efficiency.

燃烧火焰是对锅炉燃烧状况的最直接的反映。

4·The key to increase boiler efficiency is real - time and precise monitoring carbon content of fly ash.

提高锅炉运行效率的关键问题之一是实时、精确地监测锅炉飞灰中的含碳量。

5·The influence includes corrosion I abrasion, slagging, dust collector performance and boiler efficiency.

讨论了采用该技术对锅炉腐蚀、磨损、结渣、除尘器性能以及锅炉效率的影响。

6·The boiler steamsootblowing is an effective way to keep the heatabsorbing surface clean and higher boiler efficiency.

锅炉的蒸汽吹灰是保持受热面清洁及较高锅炉效率的有效手段。

7·With consideration of power consumption of the auxiliary equipment, the concept of net boiler efficiency is proposed.

考虑了辅机电耗的影响，提出了锅炉净效率概念。

8·After retrofit, the stability of combustion is increased, combustible matter in fly ash is reduced and boiler efficiency is improved.

锅炉燃烧器改造后，具有燃烧稳定性增强、减少飞灰可燃物和提高锅炉效率等优点。

9·The results show that the boiler efficiency increased 1.24% and the flue gas loss reduced 1.41% after installed the heat pipe air heater.

结果表明，该炉加装前置式热管预热器后，排烟损失降低1.41%，锅炉效率提高1.24%。

10·This technique provides a quick analysis tool for monitoring of coal quality and boiler efficiency, can support optimal operation of the boiler.

该技术可以为入炉煤质和锅炉效率的监测提供一种快速分析工具，帮助实现锅炉的优化运行。