英语释义

1. one that reheats: such as

2. a furnaceman who reheats metal

3. a receiver furnished with means for heating the steam in a compound engine or turbine

4. an apparatus for reheating compressed air before use to prevent excessively low temperatures due to expansion

片语

cold reheater低温级再热器

exhaust reheater后燃器

REHEATER DESUPERHEATER再热器减温器

reheater temperature再热器温度

reheater bursting再热器爆管

reheater systems再热器系统

panel reheater屏式再热器

regenerative reheater回热式再热器

reheater resistance再热器阻力

英汉例句

• the realization of these technical measure has effectively solved the reheater bursting problems with better economic benefit obtained.

  这些技术措施实施后，有效地解决了再热器爆管问题，取得了良好的经济效益。

• overheating appeared in the tubes of the outlet section outside the furnace and outlet vertical section of the reheater duo to thermal deviations, accompanied by tube explosion.

  由于再热器采用一级布置，热偏差大，在出口段炉外部分和出口垂直段部分出现较大范围超温，并有爆管现象发生。

• moisture separator reheater (msr) is a complicated equipment in conventional island of a nuclear power station , it is made in abroad because it contains high technology and difficult manufacturing .

  汽水分离再热器（msr）是核电站常规岛中较复杂的设备，它的技术含量高、制造难度大，一般均在国外制造。

• the paper describes the test results of improvement effects on a licensed 300mw set「s boiler and its reheater for the purpose of diminishing reheater」s mass flow and temperature deviations.

  该文介绍引进型300mw机组锅炉、再热器系统经改进，减少再热蒸汽流量偏差和温度偏差的实炉试验结果。

• through improving the connection mode of platen reheater and decreasing the heating surface, the overheating of platen reheater was eliminated and the safe operation of unit was ensured.

  经改进屏式再热器连接方式并减少受热面后，消除了屏式再热器超温，保证了机组安全运行。

• the reheat cycle benefits from reduced wetness in the turbine exhaust, but presents an increased capital outlay in terms of reheater pipe-work to, from and within the boiler.

  再热循环的好处就是减少了汽轮机的排汽湿度，但就锅炉进出口再热管道和内部的再热管道而言，投资成本增加了。

• the superheater and reheater on-line metal temperature monitoring technique used a limited number of metal temperature measuring points situated outside of the.

  过热器再热器壁温在线监测技术，可以通过安装少量的炉外壁温测点，实时计算整个管组各部位的金属壁温。

• in this paper, the reheater difference between nuclear power plant and coal-firing power plant was given, and the msr system「s craft and control for nuclear power plant was also discussed.

  比较了核电机组与火电机组再热系统的不同特性，阐述了重水堆核电机组汽水分离再热器系统的流程和控制。

• the measures to prevent reheater tube failure are presented.

  提出了预防屏式再热器爆管的有效措施。

• one of the main problems is that the reheater water injection amount is too large, and this affects the economical performance of the unit greatly.

  但是锅炉普遍存在再热器喷水量偏大的问题，影响了机组运行经济性。

• in the end of the dissertation, the lifetime of the experimental superheater and reheater tubes that have been used is evaluated by the methods of sress computation and the metallographic tests.

  最后，根据上述持久强度外推分析法、金相试验研究综合评估了截取在役的过热器和再热器管材的寿命。

• the article describes the critical and hard parts and technology measures of stainless steel membrane panel」s manufacture, which be used in high temperature reheater of large capacity cfb boiler.

  大型循环流化床锅炉高温再热器中所采用的不锈钢膜式壁管屏的制造工艺要点和难点，以及解决的工艺措施。

• in power industry, sa213-t91 steel are widely used in superheater and reheater of utility boiler.

  在动力工程中，大容量、高参数电站锅炉的过热器、再热器大量采用sa213-t91钢。

• after a detail calculation and analysis, the reason that the flow distribution coefficient of a flow divider in the primary reheater was too small had been found.

  在进行了详细的计算分析后，发现主要是由于低温再热器进口流量分配器流量分配系数太小所致。

• the wearing of the boiler's low-temperature reheater pipes of xiaoshan power plant is introduced. the causes of the pipe wear are analyzed, and wear treatment measures are put forward.

  介绍了萧山发电厂锅炉低温再热器管的磨损情况，分析了低温再热器管磨损的原因，提出磨损处理措施。

• it also provides the basis for solving the bursting leakage by ultra high temperature of the secondary reheater due to the slagging on boiler water wall.

  为解决锅炉水冷壁结焦所引发的二次再热器超温爆漏问题提供了依据。

• relation of two equivalent entropy drop method is conducted, and doing work efficiency of reheater has different choices.

  证明了两种等效热降法的重要关系，指出再热器吸热的作功效率有不同的选择方法。

• considerable loss has been caused by delayed crack of tubes which frequently occurred due to directly welding comb sealing plate to t91 tubes in finishing reheater panel of 300mw, 600mw boiler.

  在300mw、600mw机组锅炉中末级再热器管屏采用梳形密封板直接与t91管子相焊，多次出现管子延时裂缝，给企业造成了很大的损失。

• especially when high capacity units always participate in electricity network load adjustment, reheater temperature control system is required to be an improved performance level.

  尤其是在随着大机组参与电网调峰时，再热器温度控制系统性能面临着更高的要求。

• this paper simply presents the commissioning of moisture separator reheater (msr) system and its monitored control system (rtc_5) of qinshan npp 300mw turbine generator.

  本文简要地介绍了秦山核电厂300mw汽轮发电机组汽水分离再热器（msr）系统及其监控（再热温度控制器——rtc_5）系统的调试、投运等。

• 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。

• the moisture separator reheater which used in nuclear power station was a complex structure, the ndt was according to british standards and french alstom project standards.

  核电站用汽水分离再热器结构复杂，无损检测按英国国家标準和法国alstom公司工程标準进行。