蓄熱爐 的英文怎麼說

中文拼音 [xùrèlú]
蓄熱爐 英文
regenerating furnace
  • 蓄 : 動詞1. （儲存; 積蓄） store up; save up 2. （留著而不剃掉） grow 3. （心裏藏著） entertain （ideas）; harbour
  1. Regenerative type heating furnace combustion technology

    蓄熱式加熱爐燃燒技術
  2. This paper combines the charicteristic of heilongjiang province power system such as supply exceeds demand, heating cycle in winter is long, arcola and personal heating is too much, air pollution is serious ect to rearch the realization machinism of electricity heating technology and actulization technology of electricity heating or heat storage

    本文結合黑龍江省電力系統略有供過于求，冬季採暖周期長，小鍋爐及個人採暖多，空氣污染嚴重的特點，對電加熱採暖技術的實現機理和電（蓄熱）採暖的實施技術進行了較深入的研究。
  3. Study of optimal design of thermal storage for steam boiler plants

    工業鍋爐房蒸氣蓄熱器的最優化設計研究
  4. Through the analysis of application effect of heat - stored electric boiler in changdu hotel, the article brings forward that the system s benefit for the environmental protection and peak load shifting and improvement of the economic operation level of the power grid

    摘要通過蓄熱式電鍋爐系統在昌都飯店的實際應用效果分析，提出採用該系統有利於保護生態環境，有利於電網移峰填谷，提高電網經濟運行水平。
  5. According to the operation of subcritical reheat controlled circulation drum boiler, this paper analyses the factors which affect the responding speed to unit load, through modifying the coordinating control system, fully using the boiler ability of heat accumulation and other methods, the author puts forward some measures to raise responding speed to unit load

    分析了影響中間儲倉式汽包爐機組快速響應電網負荷變化的因素，通過對協調控制系統的改進，以及充分利用鍋爐蓄熱能力等方法，提出了提高機組快速響應負荷變化的幾條途徑。
  6. Application of regenerative combustion technology in walking beam furnace

    蓄熱式燃燒技術在步進式加熱爐上的應用
  7. This paper is a thesis about the application of htac technology on furnace and introduces the furnace construction, regenerative combustion system and control system

    摘要介紹了高溫空氣燃燒技術在攀鋼軌梁廠加熱爐上的應用，介紹了爐體結構、蓄熱式燃燒系統、控制系統及改造后的效果。
  8. A discussion on use of heat - storage electric boiler

    蓄熱式電鍋爐的應用
  9. As a concrete realization of this technology, the electric boiler system with heat accumulator has been extensively used due to the stimulus of time - of - use electricity price policy

    在蓄熱式電鍋爐供熱系統中，直接向熱用戶供熱的是蓄熱器，電鍋爐則應盡可能在低電價時段啟動向蓄熱器供熱，而在高電價時段停運。
  10. After studying the prediction method and considering the complex, random and nonlinear factors that affect the demand load of heating, the ann technology is adopted. different from the general analysis in technology and economy, it is for the first time to combine the prediction in method of artificial neutral network with optimization in use of dynamic planning principle for the running analysis of the electric boiler

    考慮到影響供熱採暖需求負荷的因素復雜且具有隨機性和非線形性，在對預測理論進行研究和對各種預測方法進行比較后，本文首次將基於人工神經網路的負荷預測與基於動態規劃原理的優化方法相結合，用於蓄熱式電鍋爐系統的經濟運行策略研究。
  11. During the heat accumulator supplying to users, the electric boiler usually try to make heat by starting at low price of electric and stopping at high. in general, the system of electric boiler with heat accumulator runs according to experience to utilize the time - of - use electricity price or controlled by the signals of water level or temperature

    當前運行的蓄熱式電鍋爐供熱系統中電鍋爐的啟停控制一般有兩種方式：一種是根據分時電價和用戶熱負荷由人工啟停，另一種是根據蓄熱器的水位或水溫信號由自動控制裝置啟停。
  12. Neutral network combustion control for regenerative furnace

    蓄熱式加熱爐的神經網路燃燒控制
  13. The object to study in this paper is the electric heat reservoir boiler, which is used to supply heat water and bask for the resident population. the use of the system define the character of the output medium with the lower request on quality and parameter, at the same time, it ask the boiler should has the higher character on the respect of the cost, reliability, economy, and so on. hence, the paper carefully design and study the system for the choice and design of the boiler core heating componet, the lay of the heat exchanger, the working status of the heat reservoir equipment, the adjustment and control mode of to supply heat water. the study work mainly include underside some contents, forexample : 1. to confirm the heat medium parameter to adapt the requirements of the most of the heating equipments and to design the instruction of the boiler and heat reservoir as simple as possible

    圍繞上述原則，本文從電熱鍋爐核心加熱元件的選型及設計、換熱面的布置、蓄熱設備的運行工況、供熱的調節方式以及控制方法進行了較細致的研究和計算，具體研究工作有以下幾個方面： 1 .根據使用要求，確定適用於多數採暖設備的熱介質參數，設計在結構型式上盡可能簡單的鍋爐和蓄熱器； 2 .對製造加熱元件電熱管的各種材料進行了對比和分析、在結構尺寸上進行了仔細的分析和計算，根據實際使用條件給出合理的設計，使其具有較高的可靠性和使用壽命； 3 .對不同換熱面布置形式進行傳熱分析。
  14. The principle and design scheme are described, the corresponding experimental research is conducted and application foreground of the rotary - switching regenerator is analyzed the result indicates that rotary switching regenerator has the advantages of continual gas supply, low leakage rate, low pressure drop and compact equipment

    研究結果表明檔位蓄熱器具有以下特點：可實現對爐窯的連續供氣，保證了爐內火焰的穩定性，從而使爐內工況不易波動；另外系統的漏風率較低，阻力損失也較低，並且設備緊湊、操作安全可靠，易於實現標準化生產。
  15. Production test of the production line is showed that anneal furnace combustion system with regenerative radiant - tube combustor compare with conventional radiant tube burner not only have superiorities on saving energy and environmental protection but also have advantages on temperature distribution and temperature control properties

    生產線試生產的情況表明，退火爐燃燒系統使用蓄熱式輻射管燃燒器比使用常規輻射管燃燒器不僅在節能、環保方面具有優勢，而且在加熱均勻性和爐溫控制方面也有一定優越性。
  16. Theoretical analysis and experimental results showed that the high emissivity coating speeds up the heat - absorption and heat release process, strengthens heat transfer by radiation and heat conduction in the regenerator, improves heat transfer efficiency and the blast temperature

    理論分析和實驗結果表明，熱風爐蓄熱體表面高發射率塗層可以提高蓄熱體的蓄熱和放熱能力，強化爐內輻射傳熱和蓄熱體的導熱，從而提高熱風溫度。
  17. Abstract : by using the 3 - d unsteady state heat transfer equation, the heat convection and radiation between the checker and the gas which flows through the checker holes, and the heat conduction among the checker in the chamber of the hot blast stove were studied. the time dependable gas temperature and the temperature distributions within the checker were obtained

    文摘:應用三維非穩態熱量傳輸方程，對高爐熱風爐在燃燒過程中蓄熱室內格子磚與氣體之間的對流和輻射傳熱，以及格子磚內部的導熱過程進行了耦合求解.得到了在燃燒期內格子磚及燃燒過程中燃燒廢氣的溫度分佈情況及其隨時間的變化規律
  18. The regenerative electrothermal boiler heating system can increase the ratio of charge, it have nice developmental outlook

    能充分提高電網負荷率的蓄熱式電熱鍋爐供暖系統具有很好的發展前景。
  19. Application studing on the high temperature air combustion system in heating furnace for rolling steel

    蓄熱式燃燒技術在新興鑄管一軋加熱爐上的應用實踐
  20. The new type regenerative burner can be used alone and installing easy. using the regenerative burner, htac can be realization in the forge heating furnace and the effect is satisfied

    摘要介紹新型「自身」蓄熱燒嘴，單個使用，安裝方便，在鍛造爐上實現了高溫空氣燃燒，提高了加熱質量，降低了燃料消耗，取得了滿意的效果。
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