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1·The uncleaned superheater, reheater should have oxygenated blowwash.

未经清洗的过热器、再热器应进行蒸汽加氧吹洗。

2·Pipe Explosion in Superheater of the boiler would damage the boiler and salt operating.

锅炉过热器爆管，对锅炉寿命和制盐工艺都是一种摧残和破坏。

3·For manufacture water wall panel, economizer, reheater, superheater and pipeline of boilers.

用于锅炉水冷壁、省煤器、再热器、过热器和蒸气管道的制造。

4·For manufacture wall panel, economizer, reheater, superheater and steam pipeline of boilers.

用于锅炉水冷壁、省煤器、再热器、过热器和蒸气管道的制造。

5·This paper studies the affect of style and speed of load in crease on boiler superheater safety.

本文对开负荷的方式和速率对锅炉过热器安全性的影响进行了研究。

6·The Beading and assembling process of IP superheater for Weihe project are introduced in detail.

着重介绍了渭河大化工程中的关键设备中压蒸汽过热器管箱堆焊和组装工艺。

7·This paper analyze the major contributions to burst for over-temperature of boiler's superheater.

本文对引起过热器超温爆管的主要原因进行了分析。

8·Therefore the service life of superheater is mainly dependent on the corrosion speed of tube top.

因此，过热器的使用年限全取决于管头的腐蚀速度。

9·The remaining superheater banks and the economizer shall have semi-retractable or fixed rotary blowers.

剩余的过热器管束和省煤器应有半伸缩式或固定旋转式吹灰器。

10·The early losing effectiveness causes of the superheater pipe welding joint were investigated and analysed.

针对某电厂异种钢焊接接头高温早期失效的过热器管件进行了调查研究和失效分析。

过热器

1·Retractable blowers shall be provided for the convection evaporative surface (third pass) and inlet to the superheater.

应为对流蒸发面(第三通道)和至过热器的出口进口提供伸缩式吹灰器。

2·This paper studies the affect of style and speed of load in crease on boiler superheater safety.

本文对开负荷的方式和速率对锅炉过热器安全性的影响进行了研究。

3·The uncleaned superheater, reheater should have oxygenated blowwash.

未经清洗的过热器、再热器应进行蒸汽加氧吹洗。

4·The superheater and reheater overheating occurred in early 300MW, 600MW boilers and their reasons are detailed and analyzed, and the improvement and optimization measure are put forward.

对早期的300MW、600MW锅炉存在的过热器、再热器超温问题及原因进行了论述和分析，提出了改进、优化措施。

5·This paper analyzes forming cause of the oxide skin in low temperature reheater, superheater and condenser, and introduces the measures taken to avoid drop of oxide skin on the basis of experience.

对低温再热器、过热器、凝汽器内氧化皮形成的原因进行了分析，并根据经验介绍了避免氧化皮脱落所采取的措施。