熱焚燒 的英文怎麼說

中文拼音 [rèfénshāo]
熱焚燒 英文
thermal incineration
  • 焚 : burn
  • 燒 : Ⅰ動詞1 （使東西著火） burn 2 （加熱或接觸某些化學藥品、放射性物質等使物體起變化） cook; bake; hea...
  • 焚燒 : burn; set on fire
  1. Scientific trash - burning treatment has the advantages of jess land occupied, easy choice of location, less time consumption, obvious decrement, complete innocuity and the remaining heat to be recycled for heating

    摘要科學焚燒處理垃圾法具有佔地少，場地易選擇，時間短，減量化顯著，無害化徹底以及回收余熱供發電供熱等優點。
  2. Ryton ( poly phenylene sulfide ) : incinerators, coal fired boilers, chemical plants, excellent chemical resistance, high resistance to hydrolysis, high resistance to heat

    萊頓：焚化爐，燒煤炭的鍋爐，化工廠；強耐化學性，強耐水解性，強耐熱性。
  3. On one hand one can inquire more comprehensive conditions of steel construction, industrial plant construction or of industrial boilers or on the other hand of refuse incineration plants, waste incineration plants, waste heat boilers in addition to bridge sanitation and steam boilers and steam generators, under the number + 49 203 44 98 - 314 at thyssen kloenne gmbh

    Thyssen kloenne gmbh是一家高級企業，該企業針對客戶需求製造專門的廢熱鍋爐、余熱鍋爐，橋梁整修，蒸氣鍋爐和蒸氣機，垃圾焚燒設備，工業設備製造，工業鍋爐，鋼結構。
  4. The incinerator is the important place incinerating the tail gas, where residual s and h2s are completely transformed to so2, to ensure the tail gas from the plant reach the requirement of atmospheric environment protection

    摘要焚燒爐是尾氣熱焚燒的重要場所，其主要作用是焚燒尾氣中殘存的s和h2s並完全轉化為so2 ，保證裝置排放尾氣符合大氣環保要求。
  5. In this paper, the basic principle and influence factors of sludge dewatering technologies are introduced, strike, burn, ultrasonic wave, heat hydrolysis, electricity permeate, coagulation precipitate and other daily technology included. their advantages, disadvantages and suitable conditions are reviewed. the perspective of technological development tendency is presented according with the application situation

    主要介紹了污泥脫水技術（干化、焚燒、超聲波、熱水解、電滲析、混凝沉澱和其它常用技術）的基本原理和影響因素，分析了它們的優缺點和適用條件，並結合應用情況對它們的發展趨勢作了展望。
  6. The group specialises in the design and supply of thermal oxidation / incineration technology for the treatment of waste gas and liquid process streams

    集團側重於設計和提供熱氧化焚燒技術處理廢氣和液體工藝物流。
  7. Abstract : in the internal circulating fluidized bed, there exist the moving zone, fluidizing zone and heat transferring zone with different fluidized air velocities. the convection heat transfer coefficient of immersed tube in the heat transferring zone is impacted by the velocity of the moving zone nearby and its data and change trend are obviously different with those of the common bubbling bed. the maximum heat transfer coefficient is evidently higher than that of the bubbling bed. as the bed materials have not been fluidized in the heat transfer zone, the coefficient has increased highly. the curve of that changes gently, feasilble to control the combustion intensity in the fluidizing zone

    文摘:垃圾焚燒系統中，內旋流流化床存在不同布風速度的移動區、流動區和換熱區，處于換熱區的埋管的對流換熱系數受附近流動區氣流參數的影響，其變化趨勢及數值大小與普通鼓泡型流化床之間有明顯不同：最大的對流換熱系數明顯高於鼓泡床；換熱區尚未流化時，對流換熱系數已經大幅提高；整條換熱曲線的變化比較平緩，易於流化床濃相床內換熱。
  8. For high temperature in the h _ 2s burner chamber and the strict temperature control requirements, the features, functions and operating principles of the infrared high temperature thermometer are highlighted. it is compared to the thermocouple thermometer and practices have proven that the infrared high temperature thermometer features higher temperature measurement precision, longer service life and stable performance, etc

    針對硫化氫焚燒爐爐膛溫度高及溫度控制的嚴格要求，介紹了紅外高溫測溫儀的特點、功能及其工作原理，比較了它與熱電偶測溫的優缺點，實踐證明紅外高溫測溫儀具有溫度測量精度高、使用壽命長、性能穩定等特點。
  9. The heat balance equations on incineration of organic liquid waste in fluidized - bed incinerator with coal as auxiliary fuel is established in this paper. the relations between the feeding rate of auxiliary fuel and the lhv of liquid waste, the incineration temperature, and the preheated combustion air temperature have been discussed. this paper also discussed the relation between the lhv of liquid waste and combustion air temperature as the auxiliary fuel is not necessary, and provides the theoretical foundation for the design and operation on fluidized - bed incinerator

    建立了以煤為輔助燃料的，有機廢液在流化床中焚燒的熱平衡方程，求得輔助燃料耗量與各影響因素的計算式，得出輔助燃料耗量與廢液中可燃基的低位發熱值、密相區燃燒溫度、熱風溫度之間的關系曲線，以及不需要輔助燃料時，有機廢液熱值與熱風溫度之間的關系，為流化床焚燒爐的設計與運行提供了理論依據。
  10. Because components of msw are complex and changeable, particularly existence of chlorine - containing matlers in msw, close attention has been increasingly paid to problems of pollutants ' formation and metallic heating - surface corrosion in msw incineration

    因垃圾組分復雜多變，尤其是垃圾中含氯物質的存在，使得焚燒中污染物的生成與金屬受熱面的腐蝕問題越來越受到關注。
  11. To prevent emission problems by generating less heat ， no oil dripping and less smoke when burning. no damage to the incinerator

    降低發熱量，焚燒時不滴油、不昌黑煙，無二次公害產生，且不損傷焚化火爐。
  12. It prevents emission problems by generatig less heat, no oil dropping and smoke wh3en burning, and no damage to the incinerator

    降低發熱量，焚燒時不滴油，不冒黑煙，無二次公害產生，且不損傷焚化爐。
  13. The wearproof refractory for rubbish incinerator is developed by this factory with reference to the foreign preduct of the same kind and the practical working circumstances in china, which has such advantages as good wearproof ability, small reheating linear change and good thermal resistance

    垃圾處理行業焚燒爐用耐火、耐磨保溫材料是我廠參照國外垃圾焚燒爐用耐火、耐磨保溫材料的理化指標，結合我國有關設計應用的實際情況研製開發而成的，它具有耐磨性能好，重燒線變化小，熱震穩定性好等特點。
  14. Indirect measurement model for waste heating value based on incineration operational parameters

    基於焚燒運行參數的垃圾熱值軟測量模型
  15. To prevent emission problems by generating less heat, no oil dripping and less smoke when burning. no damage to the incinerator

    降低發熱量，焚燒時不滴油、不冒黑煙，無二次公害產生，且不損傷焚化爐。
  16. The monitoring and controlling system adopts a total distributed control system ( dcs ) constituted by a programmable logic controller ( plc ), a computer ( pc ) and thermal power engineering signal sensors, sender, controller, etc. plc is used to collect data and perform automatic control mostly, while pc is adopted to monitor the operation process, analyze, display and store data

    本項研究中採用可編程式控制制器（ plc ）作下位機、工業控制計算機（ pc ）作上位機與熱工參數測量傳感器、變送器、操作控制器等組成集散型控制系統（ dcs ） ，上位機和下位機自動監測垃圾焚燒鍋爐的各運行參數，並對異重循環流化床垃圾焚燒鍋爐實行自動控制與調節。
  17. A new idea of applying htac to msw incinerator is brought to light in this paper, and detailed analysis has also been made on the thermal characteristics of htac application in msw incinerator

    文章提出了將高溫空氣燃燒技術應用在城市垃圾焚燒爐上的新方法，並對該技術進行了相應的熱工分析。
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