中间过热器的设计与汽轮机的调节方法有关。
The method of turbine regulation has to be considered in the design of steam boiler reheater.
未经清洗的过热器、再热器应进行蒸汽加氧吹洗。
The uncleaned superheater, reheater should have oxygenated blowwash.
本文对引起过热器超温爆管的主要原因进行了分析。
This paper analyze the major contributions to burst for over-temperature of boiler's superheater.
因此，过热器的使用年限全取决于管头的腐蚀速度。
Therefore the service life of superheater is mainly dependent on the corrosion speed of tube top.
返料器下端及水冷屏、屏式过热器穿过炉顶处均采用膨胀节。
Expansion joint is adopted at the lower extreme of recycling machine, water cooled panel, platen superheater and the place piercing through roof.
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。
The remaining superheater banks and the economizer shall have semi-retractable or fixed rotary blowers.
高压锅炉过热器在运行中受到飞灰、吹灰磨损，导致管壁减薄。
Abraded by flying ash and blowing ash, the tube wall of low temperature superheater of HP boiler was thinned during operation.
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。
Pipe Explosion in Superheater of the boiler would damage the boiler and salt operating.
研究了小容量电站锅炉过热器超温问题，并提出新的计算公式。
A new calculation formula of superheater temperature is put forward in view of over-temperature of the superheater for small capacity utility boiler.
在现有模型基础上，重点对制粉过程和过热器差压特性进行分析。
On the basic of existing model the pulverizing process and the characteristic of superheater differential pressure were analyzed.
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。
This paper studies the affect of style and speed of load in crease on boiler superheater safety.
过热器是“四管”泄漏的主要部位，文章分析了过热器爆漏的原因。
Superheater is the main conmponent of the leakage of "Four Pipes". The leak-age reason of utility boiler superheater should be analyzed and reserched carefully.
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。
Retractable blowers shall be provided for the convection evaporative surface (third pass) and inlet to the superheater.
加快省煤器蛇形管排预组合，本周内完成省煤器和过热器接口100个。
Preassembly of economizer coils shall be expedited ; 100 nos . joints of eco. & SH shall be welded.
同时还分析了电负荷及排粉机投运对高温过热器区域烟气参数偏置的影响。
Also analysed was the effect of electrical load and the commissioning of pulverizer exhauster on gas parameter excursion in the high temperature superheater zone.
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。
The Beading and assembling process of IP superheater for Weihe project are introduced in detail.
锅炉过热器蒸汽温度受控对象通常具有大惯性、大迟延、参数慢时变等特点。
The boiler super-heater steam temperature control object is generally with characteristic of parameters slow time variable, the great inertia and the larger time lag.
管子内压应力与管系应力加速了爆漏过程，是造成过热器管撕裂爆口的次要原因。
The inner stresses of the tubes and pipe arrangement stresses are the secondary cause, which accelerated the explosion procedure.
吹灰器系统应与过热蒸汽配合工作。该蒸汽来自买方流量计的过热器出口下游管道。
The sootblower system shall operate with superheated steam. The steam shall be taken from the superheater outlet piping down-stream of the Purchaser's flow element.
对于以高温过热器为代表的炉内承压部件，其寿命损耗的主要方式主要是长期蠕变。
The pressure component inside the boiler, represented by superheater, whose main reason of life loss is long- term creep.
介绍了该方案的实施过程，对过热器的扳倒、倒钩，吊装的每道工序均进行了阐述。
The implement of this plan is introduced and the every procedure for superheater such as throwing over, barbed process and hoisting are elaborated.
过热器整体清洗时，应有防止垂直蛇形管产生汽塞、铁氧化物沉淀和奥氏体腐蚀的措施。
Measures should be taken to prevent the vertical snake tube from steam binding, iron oxide depositing, and austenite corrosion when superheater is cleaned.
经过热器管排的工业试验，确定了清洗冲通流速，解决了运行炉过热器清洗的技术难题。
Through industrial testing of tube panel of superheater, the flushing flow velocity was determined, with difficult problems of superheater claming of operating boiler solved.
工程实践表明：采用高阶惯性环节作为过热器蒸汽温度的状态观测器是可行的，适用的。
The engineering practice shows that taking higher-order inertia link as state observer of super heater steam temperature is feasible and in point.
本课题选取适合寿命评估的高温高压部件，如主蒸汽管道及过热器管进行寿命管理研究。
In this paper, high temperature and high-pressure components fitting for life assessment such as main steam pipeline and boiler tube were selected for life management studying.
针对目前300MW机组常用的两种过热器减温水引出方式的不足之处，提出优化方法。
We put forward optimization method in this paper according to the shortcoming of the two spray desuperheating way frequently used by 300MW units.
与蒸汽过热器串联一台烟气冷却器，不仅解决了上述问题，还充分利用了烟气多余的热量。
After the steam superheater was connected in series with a set of flue gas cooler, not only solved the above mentioned problems, but also made full use of flue gas surplus heat.
列出了过热器爆管破口的宏观形貌和特征。通过对爆管原因的分析，提出了预防爆管的措施。
The outward form and characteristics of the broken overheater tube are listed in this paper. The means for tube broken prevention are introduced by cause analysis of it.
该新方法更精确的反映了锅炉过热器、再热器壁温分布的内在本质，并使计算方向趋向简明。
This new method predicts the distribution of the super-heater and re-heater's tube temperature more precisely, and the concept of the calculation is more concise.
该新方法更精确的反映了锅炉过热器、再热器壁温分布的内在本质，并使计算方向趋向简明。
This new method predicts the distribution of the super-heater and re-heater's tube temperature more precisely, and the concept of the calculation is more concise.
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