未燃碳 的英文怎麼說

中文拼音 [wèirántàn]
未燃碳 英文
unburned carbon
  • 未 : Ⅰ副詞1 （沒） did not; have not 2 （不） not Ⅱ名詞1 （地支的第八位） the eighth of the twelve ear...
  • 燃 : 動詞1. （燃燒） burn 2. （引火點著） ignite; light
  • 碳 : 名詞[化學] （非金屬元素） carbon （c）
  1. The result is that unburned gasoline or carbon monoxide come out the tail pipe.

    結果，排氣尾管即排出了尚未燃燒的汽油及一氧化碳。
  2. The joint venture we already have on a near zero emissions coal - fired power station is an example of a specific programme that can help reduce emissions, drive down the future cost of low - carbon technologies and lead to the shared development of technology that will be crucial for the global transition to low carbon

    我們已經有一個近零排放燃煤電廠合資項目，這是一項計劃的一個範例，這一計劃可以幫助消減排放，降低低碳技術的未來成本，以及引領共同科技發展，這對向低碳的全球轉變至關重要。
  3. Now no. 1 boiler has been operating for sixteen months while the burner band goes normally and the dust carbon content decreases evidently

    恢復后一號爐運行時間已有16月，衛燃帶未垮塌，飛灰含碳量有明顯下降。
  4. Part of content about fluidized bed thermodynamic calculation in the 《 layer and fluidized combustion thermodynamic calculation standard for industrial boiler 》 ( jb / dq1060 - 83 ) are discussed the computing equation of fly ash carbon content and the thermal equilibrium equation in the dense phase considering evaporation of water of unburned coal are given. the revise necessary is provided through calculating examples

    對jb / dq1060 - 83 《層狀燃燒及沸騰燃燒工業鍋爐熱力計算標準》中沸騰爐熱力計算的部分內容進行了探討，導出了沸騰層飛灰含碳量計算式和考慮未燃煤水分蒸發的沸騰層熱平衡方程，通過算例說明了修正的必要性。
  5. A part of content about fluidized bed thermodynamic calculation in the 《 layer and fluidized combustion thermodynamic calculation standard for industrial boiler 》 ( jb / dq1060 - 83 ) are discussed the computing equation of fly ash carbon content and the thermal equilibrium equation in the dense phase considering evaporation of water of unburned coal are given. the revise necessary is provided through calculating examples

    對jb / dq1060 - 83 《層狀燃燒及沸騰燃燒工業鍋爐熱力計算標準》中沸騰爐熱力計算的部分內容進行了探討，導出了沸騰層飛灰含碳量計算式和考慮未燃煤水分蒸發的沸騰層熱平衡方程，通過算例說明了修正的必要性。
  6. Aimed at solving the problem that high content of unburned carbon is unfavourable for the comprehensive ultilization in scale of fly ash, the fundamental principle that separation of unburned carbon from fly ash is theoretically analyzed by wet flotation and dry electro - separation, three factors and two levels orthogonal test for flotation and two factors and three levels test for electro - separation were conducted, furthermore, the primary factors and law affecting separating efficiency in flotation and electro - separation were obtained. the results show that wet flotation can give 7. 34 % of the cleaned coal yield rate, which contains 44. 53 % of ash content and 56. 02 % of separating efficiency, while dry electro - separation can reduce the content of carbon in separated fly ash to 3. 16 % and remove 53. 12 % of carbon from fly ash

    針未燃炭含量過高不利對粉煤灰大規模綜合利用的問題，從理論上分析了粉煤灰濕法浮選和干法電選分選未燃炭的基本原理，進行了三因素二水平正交浮選試驗和二因素三水平的正交電選試驗研究，得到了影響浮選和電選分選效果的主要因素及其規律.試驗表明:採用濕法浮選法可獲得精煤產率為7 . 34 % ，灰分為44 . 53 % ，分選效率為56 . 02 %的分選效果；採用干法電選，選后粉煤灰的含碳量可降到3 . 16 % ，脫碳率達53 . 12 %
  7. Abstract : aimed at solving the problem that high content of unburned carbon is unfavourable for the comprehensive ultilization in scale of fly ash, the fundamental principle that separation of unburned carbon from fly ash is theoretically analyzed by wet flotation and dry electro - separation, three factors and two levels orthogonal test for flotation and two factors and three levels test for electro - separation were conducted, furthermore, the primary factors and law affecting separating efficiency in flotation and electro - separation were obtained. the results show that wet flotation can give 7. 34 % of the cleaned coal yield rate, which contains 44. 53 % of ash content and 56. 02 % of separating efficiency, while dry electro - separation can reduce the content of carbon in separated fly ash to 3. 16 % and remove 53. 12 % of carbon from fly ash

    文摘:針未燃炭含量過高不利對粉煤灰大規模綜合利用的問題，從理論上分析了粉煤灰濕法浮選和干法電選分選未燃炭的基本原理，進行了三因素二水平正交浮選試驗和二因素三水平的正交電選試驗研究，得到了影響浮選和電選分選效果的主要因素及其規律.試驗表明:採用濕法浮選法可獲得精煤產率為7 . 34 % ，灰分為44 . 53 % ，分選效率為56 . 02 %的分選效果；採用干法電選，選后粉煤灰的含碳量可降到3 . 16 % ，脫碳率達53 . 12 %
  8. Reduces air pollution by minimizing the discharge of unburned hydrocarbon

    將未燃燒的碳氫化合物含量降至最低，減少了空氣污染。
  9. A device for burning or chemically altering unburned or partially burned carbon compounds in exhaust gases

    排氣后燃器用以充分燃燒或從化學上改變廢氣中未完全燃燒或部分燃燒的含碳化合物的設備
  10. Molten carbonate fuel cell ( mcfc ) is beiieved to be one of the most promising devices used for power piant in future, due to its high efficiency, negligible poiiution, unnecessary use of noble metal as catalyst, simp1e structure of power plant and other advant8ges

    熔融碳酸鹽燃料電池（ mcfc ）具有清潔、發電效率高、不需使用貴金屬以及電廠結構簡單等諸多優點，因而在未來發電中具有十分廣闊的應用前景，目前已初步進入商品化階段。
  11. The results of the experiments show that the soot emission decreased greatly and the nox emission was improved, while co and hc emission increased but still lowered than gasoline engine, the power output and torque of the engine have not been influenced and the specific energy consumption was improved

    試驗結果顯示，這種新型的燃燒模式不僅改善了發動機的碳煙排放，而且no排放也得到了改善，而hc 、 co排放則較原機嚴重，但還是低於汽油機的排放水平；發動機的動力性能未受影響，能耗率有所改善。
  12. Carbon monoxide is produced primarily by incomplete combustion of fossil fuels

    一氧化碳主要是來自未能完全燃燒的化石燃料。
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