reburning 中文意思是什麼

reburning 解釋
再燒過程
  1. Micronized coal in offgas as reburning fuel to reduce nox for 280 t h boiler

    超細煤粉再燃的模擬計算與試驗研究
  2. Analysis on reburning technology of micronized coal and its low nox emission

    超細煤粉在燃料分級燃燒技術中的應用
  3. Ruburning with coal has been proved a effective low nox emission combustion technology 。 in this ph. d thesis, the reaction mechanisms of reburning have been investigated, and the homogeneous and heterogeneous reduction of nox have been analyzed in details. a series of reburning experiments have been carried out on an entrained - flow reactor, in which two kinds of coals with different particle sizes have been used

    本文對煤粉再燃過程中，揮發分及煤焦的基元反應途徑和反應機理進行了詳細分析；在攜帶爐實驗臺上進行了神華煤、邢臺煤在1200與1300 、四種煤粉細度、三種再燃燃料比和三種再燃區初始氧量，共144個實驗工況下的再燃實驗。
  4. When vacuum switches switch off shunt capacitors and hv motors, restriking overvoltage and multi - reburning overvoltage may be brought about and threaten insulation of equipments severely

    真空開關在開斷並聯電容器組和高壓電動機時可能產生重擊穿過電壓和多次重燃過電壓，對設備絕緣造成嚴重威脅。
  5. The cold model tests were completed on the mixing characteristics between the reburning airflow and main airflow or between ofa and main airflow in a cold model test - bed according to the practice situation of 6 # boiler in jianyou power plant in sichuan provice and the requirements of industrial tests for low nox reburning test project from state electric power company. the cold simulated experimental study included : 1

    針對四川省江油電廠6 #煤粉鍋爐的實際情況，以及國家電力公司低nox再燃技術試驗項目工業試驗的具體要求，在一個四角噴燃煤粉鍋爐冷模試驗臺上，對原型鍋爐內再燃氣流和燃盡氣流（ ofa ）與主燃燒氣流之間的混合特性進行了冷模試驗研究。
  6. Fe and si were important factors for the fouling and slagging of shenhua coal, and ca, si and fe were prominent factors in the reburning with injected calcium

    神華煤中鐵、硅在沾污結渣過程中作用很突出，而噴鈣再燃工況時鈣、硅、鐵對沾污結渣的貢獻最顯著。
  7. Importance of heterogeneous mechanisms of no reduction during reburning with pulverized coals

    異相還原機理的重要性
  8. Using this system, research on nox emission and burnout characters of the test facility are carried out. the results of influence on nox emission and carbon in fly ash by coal type, coal particle diameter, furnace temperature and excess air are reached through tests. then micronized coal reburning tests are processed, which show a remarkable effect results on nox reduction and burnout rate

    通過大量的試驗，得出了煤種、煤粉細度、爐膛溫度和過量空氣系數等因素對nox排放和煤粉燃燼率的影響趨勢；並在此基礎上研究了超細粉再燃對脫氮效果和燃燼性能的作用，試驗結果表明超細煤粉再燃對降低nox排放和飛灰含碳量具有明顯的效果。
  9. The temperature is controllable and resultant and reductive process of nox can be simulated in furnace, which provide test element for nox reduction research with micronized coal reburning

    試驗爐內溫度可控制，可以模擬煤粉爐內nox的生成和還原過程，為超細粉再燃的研究提供了試驗基礎。
  10. Experiment study of burnout about micronized coal as reburning fuel

    再燃燃料超細煤粉燃盡特性的實驗研究
  11. Release behavior of hydrocarbon components of superfine pulverized coal pyrolyzed under reburning conditions

    再燃條件下超細煤粉熱解碳氫組分的析出特性
  12. The basic experiments show this design is viable. during pulverized coal reburning technology. the key problem is how to collect adequate fine coal

    通過對超細煤粉的基礎試驗研究和具體實例的計算表明，這一技術是充分可行的。
  13. Different disposal style for the reburning air & burning out air ( tangential or front and rear walls ) and their disposal heights. 2. different momentums of ofa ( under the condition of constant airflow of primary area and condition of constant flux inputted simulated boiler )

    冷模試驗范圍包括： 1 、再燃風和燃盡風的不同布置方式（切向布置和對墻布置） 、布置高度； 2 、不同燃盡風動量（爐內總進風量不變和燃燒器主氣流不變兩種情況） ； 3 、再燃風、燃盡風的不同組合與主氣流之間的混合。
  14. The lower nox combustion generates when the special designed gas reburning burner is used in the experiment

    利用特殊設計的煙氣再循環式燃氣燃燒器做實驗，發現得到較低的no _ x排放。
  15. Experimental study of the influence of ultra - fine pulverized - coal feeding rate on reburning effectiveness

    煤種及煤粉細度對爐內再燃過程脫硝和燃盡特性的影響
  16. First research on physics and combustion characteristic of micronized coal is processed in this paper. the results of the change tendency of pulverized coal character with particle diameter are got from particle diameter determining test, hole structure analysis test and tg analysis test, which provide theory element for nox reduction research with micronized coal reburning

    本文首先對超細煤粉的物理、燃燒特性進行了試驗研究，通過煤粉細度的測定、孔隙結構的分析以及熱重分析等試驗，得到了煤粉粒徑變化后煤粉特性的變化趨勢，為超細煤粉再燃降低nox排放的試驗研究奠定理論基礎。
  17. Biomass fuel is used as reburning fuel to deoxidize no is first experimental studied in this article. conclusions can be drawn from the experimental results that under certain conditions, nox deoxidized efficiency can achieve 50 % - 70 %. compared with coal, biomass volatilization and combustion time is short, so boiler combustion efficiency can be guaranteed

    本文首次進行了生物質燃料作為再燃燃料還原no的試驗研究，研究表明生物質燃料再燃還原no可以取得非常好的效果，在一定的條件下可以達到50 - 70 ，生物質燃料的揮發分析出和燃燒的時間都要比煤粉短，用作再燃燃料可以有效的保證鍋爐的效率。
  18. Shenhua coal was burned in the conditions of no reburning, reburning and reburning with injected calcium in 2. 11 mw boiler with four cornered combustor to study the fouling and slagging characteristics with coal reburning and injected calcium

    摘要為了研究再燃、噴鈣時爐內沾污結渣特性，採用低熔點神華煤在2 . 11mw四角試驗爐中分別進行無再燃工況、有再燃工況和噴鈣再燃工況試驗。
  19. Numerical simulation and experimental study on micronized coal reburning

    超細化煤粉的投入量對再燃效果影響的實驗研究
  20. In this paper, micronized coal powder reburning technology is brought forward and a series of exploring research work is carried out aiming at the key issues of fuel reburning such as nox reduction efficiency and burnout rate

    本文針對燃料再燃的脫氮效果、煤粉燃燼等關鍵問題，提出了超細煤粉再燃降低nox排放的技術，並對此進行了一系列探索性的研究。
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