reheater 中文意思是什麼

reheater 解釋
回熱器;再加熱器
  1. Failure analysis of special steel soldered joint of high temperature reheater

    高溫再熱器異種鋼焊接接頭失效分析
  2. This paper places emphasis on the reheater pipes " basement and wye pipe, which are studied through onsite experience and numerical calculating method. onsite pipes " temperature has been measured by high precise thermocouple

    據分析這是由於熱應力引起的,為此本文對再熱器集汽箱向空排汽管管座及三通管座的溫度場及熱應力進行了實驗和數值計算分析研究。
  3. A nonlinear mathematical model is developed to determine the flow rate distribution in the parallel tubes of boiler superheater and reheater by depending on the relation of pressure drop among individual tubes and accounting for the static pressure variations in the inlet and outlet headers

    根據並聯管組各根管子進、出口壓力降之間的關系,並考慮到分配集箱與匯集集箱中流體的靜壓變化,建立了鍋爐過熱器、再熱器流量分配的非線性數學模型。
  4. Leak failure analysis of last stage reheater tubes in electric boiler

    電站鍋爐末級再熱器管泄漏失效分析
  5. Combined with the actual condition of the plant simulator, this paper analyzes the native and abroad development of the simulation device. the main content is followed : introducing the characteristics and managing specialties of the simulator project in detail ; introducing the simulation object, describing the hardware, software structure and functions of the simulation object ; describing the exploitation process and mathematic model of the main steam, reheater, by - pass system, regenerative heater extraction, deareator, pipes, network system and pumps

    本文分析了國內外模擬培訓裝置的發展狀態,並結合本廠模擬機開發的實際情況,其主要工作如下:詳細介紹了模擬機開發項目的特占和管理特殊性;介紹了模擬對象和所開發模擬機的硬體結構、軟體結構,以及它的功能;詳細介紹了作者參加開發的汽機系統的主蒸汽、再熱蒸汽和旁路系統,回熱抽氣和除氧系統,以及管道、管網和泵等模型的開發過程和數學模型。
  6. Numerical diagnoses to the reheater panel overheating of no. 3 boiler of dagang power plant

    大港電廠3號鍋爐再熱器管屏超溫的數值診斷
  7. The mainly works had been done as follows : 1. in order to keep commonality, the modules who have similar thermodynamic process had been classed. such as evaporating module ( including furnace, drum, system of boiler recycled water ), single - phase heat exchange module ( including superheater, reheater, ecomomizer ), lubricating oil system module ( can be used for any lubricating oil system of rotation mechanical impedance ), pump and fan module, ect

    本文所作的主要工作如下: 1 、為保證模塊的通用性,對鍋爐有相似熱力環節的模塊進行分類,建立模塊庫,便於模塊調用,如蒸發區模塊(包括爐膛、汽包和爐水循環系統) ,單相換熱模塊(包括過熱器,再熱器,省煤器等) ,潤滑油系統模塊(可用於各種轉機軸承潤滑油的動態特性的計算) ,泵與風機的動態計算模塊等。
  8. 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

    最後,根據上述持久強度外推分析法、金相試驗研究綜合評估了截取在役的過熱器和再熱器管材的壽命。
  9. Superheater, reheater and economizer are the main component of the heat exchangers in boiler. whether they run safely and stably or not is directly count for much the safe of the whole plant operation. and the frequent tube leakage of heat surface impact upon the economy benefits and the society benefits of the power plant

    水冷壁管、過熱器管、再熱器管、省煤器管( 「四管」 )是鍋爐內部的主要受熱面結構件,它們是否安全穩定的運行直接關繫到整個電廠的安危,頻繁爆漏事故影響了電廠的經濟效益和社會效益。
  10. This paper discusses life - wastage of creep - fatigue for headers of superheater and reheater and algorithm of this two kinds wastage. based on these theories, b - p neural network with self - organized function has been introduced detailedly to calculate the fatigue wastage. at the same time, the paper introduces the calculation method of stress

    本文主要介紹了過熱器和再熱器聯箱的疲勞和蠕變壽命損耗的問題以及這兩種壽命損耗的計算方法,並在此基礎上採用前饋型網路( b - p )來計算高溫低周疲勞的壽命損耗(疲勞和蠕變交互作用) 。
  11. Design of the spiral finned tube low temperature reheater has been made by means of applicable investigation of spiral finned tubes, some mathematical - physical models for computing spiral finned tubes wall temperature have been set up

    通過對螺旋肋片管的應用探討,進行了螺旋肋片管低溫再熱器的設計。
  12. 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

    摘要介紹了蕭山發電廠鍋爐低溫再熱器管的磨損情況,分析了低溫再熱器管磨損的原因,提出磨損處理措施。
  13. In this paper, analysis and research have been carried out to deal with a lot of problems such as too low temperature for the reheating stream, too high temperature for the flue gas emitting from the furnace and too serious fly ash abrasion for the low temperature reheater of 670t / h coal - fired boiler in power plant

    本文針對某電廠670t h鍋爐的低溫再熱器運行中存在的問題,即:再熱汽溫偏低;排煙溫度高;低溫再熱器飛灰磨損;低溫再熱器超溫爆管,進行了分析和研究。
  14. If to let this state go on, there will exist hidden - trouble for the reheater and safe running of the boiler

    長期下去將會構成對再熱器母管的威脅,成為鍋爐安全運行的一大隱患。
  15. In 420t / h boiler inspecting, the collecting - steam box of reheater and correlative pipelines are detected to appear diffuse crack, which has expansive trend

    在對420t h鍋爐的規范檢查當中發現,再熱器集汽箱管座及其附屬管道外壁出現由內而外發散的放射狀裂紋,並且有不斷擴大的趨勢。
  16. It is researched that the influence on the tube lifetime of the metallographic structure and the alloy element and the rigidity by the test the superheater and reheater tube which is made of 12cr2mowvtib steel. the metallographic change after the tube has run in the high temperature and high pressure condition for long time is more believable and frank than the intensity lifetime analysis to evaluate the tubes remain lift time

    然後,通過試驗研究了過熱器和再熱器管12cr2mowvtib鋼材的金相組織、合金元素和硬度等對管道壽命的影響,分析管材在高溫高壓下長期運行后金相組織的變化情況,對管材定性壽命評估,這種與強度壽命分析完全不同的方法直觀可信的展示了材料損傷狀況。
  17. It is researched that the influence on the tube lifetime of the metallographic structure and the alloy element by testing the superheater and reheater tube which is made of 12cr2mowvtib steel. the metallographic change and the distribution of alloy elements after the tube has run in the high temperature condition for longtime is more believable and franker to evaluate the tubes remain life time

    然後,通過試驗研究了過熱器和再熱器管12cr2mowvtib鋼材的金相組織、合金元素對管道壽命的影響,分析了管材在高溫長期運行后金相組織和合金元素分佈的變化情況,對管材壽命進行定性評估。
  18. The tubes of superheater and reheater are the main component of the heat exchangers in power plant boilers. whether they run safely and stably or not is directly count for much the safe of the whole plant operation

    電站鍋爐過熱器管和再熱器管是鍋爐內部的主要受熱面結構件,它們是否安全穩定地運行直接關繫到整個電廠的安危,頻繁爆管事故影響了電廠的經濟效益和社會效益。
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