氧煤氣 的英文怎麼說

中文拼音 [yǎngméiqì]
氧煤氣 英文
oxycoal gas
  • 氧 : 名詞[化學] （氣體元素） oxygen （o）
  • 煤 : 名詞（黑色固體礦物） coal
  • 氣 : Ⅰ名詞1 （氣體） gas 2 （空氣） air 3 （氣息） breath 4 （自然界冷熱陰晴等現象） weather 5 （氣味...
  • 煤氣 : coal gas; gas
  1. By contrast, the carbon dioxide emanating from chinese coal plants will last for decades, with a cumulative warming effect that will eventually overwhelm the cooling from sulfur and deliver another large kick to global warming, climate scientists say

    大氣學家說，與之相比，中國產煤所產生的二氧化碳卻至少存續10年，不斷累積的熱量將抵消硫的降溫作用而帶來更嚴重的全球變暖。
  2. At some point in the future, cars could run on electricity or carbon - free hydrogen extracted from coal at facilities where co2 is captured

    有朝一日，車輛就能以電力或由煤萃取無碳氫氣為動力，而這些動力製造廠都具備捕集二氧化碳的能力。
  3. With seven people dead and more than 150 people hospitalized with symptoms of carbon monoxide poisoning, the seattle times devoted the top half of its front page on dec. 20 to publishing an urgent warning in six languages : do not burn charcoal or use gasoline generators indoors, and do not use gas ovens to heat your homes

    在一氧化碳中毒癥狀造成7人死亡、 150多人住院后，西雅圖時報12月20日以頭版上半版的版位，以6種語言刊出緊急警告：不要在室內燃燒木炭或使用汽油發電機，也不要開煤氣爐來使家裡變暖。
  4. Numerical investigation of kerosene - droplet ' s instable combustion in oxidizer - rich gas

    煤油液滴在富氧燃氣中不穩定燃燒的數值研究
  5. Its coal - burning kilns spew out huge quantities of sooty waste and chemical compounds such as sulfur dioxide and nitrogen dioxide

    在這里，燒煤的窯爐噴出大量的黑色廢氣及二氧化硫和二氧化氮等化合物。
  6. But too much of a good thing ? in particular, carbon dioxide from suvs and local coal - fired utilities ? is causing a steady uptick in the thermometer

    但太多好東西，特別是運動休旅車、地方燃煤事業排放的二氧化碳，正在讓氣溫持續上升。
  7. Study on volatilization rate of distilled gas from an air blowed coal tar pitch

    煤瀝青空氣氧化過程中煙氣揮發速率研究
  8. With the coal gas producer furnace as heat resource, in low temperature burning, the sulfur dioxide and dust withdrawal is lower than the national standard. therefore under normal work condition, regardless of the boiler size all may achieve the smokeless running

    採用煤氣發生爐做熱源，由於低溫燃燒，二氧化硫及煙塵的排放量低於國家標準，因此在正常工作狀態下，無論鍋爐大小都可以達到無煙化運行。
  9. Conveyor belts for coalmining ; determination of the oxygen index

    煤礦用輸送帶.氧氣指數的測定
  10. After thermodynamic calculation on several operation conditions of the furnace, cold - state flow and resistance mensuration, the combustion of the tubular - furnace hearth was changed into swirl and addition of radiate cylinder and oxygen content detection minish 1. 25 surplus air to less than 1. 15, improving the combustion condition and convection and radiate heat transfer efficacy, resuling in reducing the waste - gas temperature 45, decreasing exhaust gas loss, and saving fuel by 6 %

    摘要通過對加熱爐幾種工況進行熱力計算、冷態試驗的流場分佈及阻力測定和熱態試驗的爐膛溫度場分佈及管壁溫度等參數的測定，確定將管式加熱爐爐膛內直流燃燒改為旋流場燃燒和增加輻射筒，增設煙氣含氧量分析，可以將燃燒的過剩空氣系數從1 . 35減小到1 . 15以下，極好地改善爐膛內的燃燒狀況和對流輻射傳熱效果，從而降低排煙溫度45 ，減少加熱爐排煙損失，節約了煤氣量6 %以上。
  11. For large blast furnaces, the change of main operation parameters are analyzed and gas channels in high temperature and lower part of blast furnace an discussed for three modes

    在大型高爐工況條件下，解析了3種富氧操作方式下主要冶煉參數的變化規律，以及高爐下部高溫區煤氣通道狀況。
  12. The reads show that gas flow can be well - proportioned distributed in hearth, and effective quantity of gas channels increased under oxygen - enrichment operation with stable air flowrate, thus oxygen - enrichment operation with stable air flowrate is an effective way for improving the productivity of blast furnace

    結果表明：穩定風量的富氧操作方式有利於煤氣流在爐缸的均勻分佈以及有效煤氣通道量增加，是提高高爐產能的有效措施。
  13. The equilibrium working temperature of the gasifier and the composition of the outlet syngas ( short for synthesis gas ) at this temperature were calculated by solving the chemical equilibrium and the energy equilibrium equations. the analysis was used to study the effect of gasifying agent mixture ratio on the outlet syngas composition, the cold gas efficiency, the thermal efficiency and the exergy efficiency. the optimum o2 / coal ratio was found for a reasonable vapor / coal ratio ( the vapor / coal ratio had little effect on the efficiencies ) for various kinds of coal to maximum the thermal efficiency and the exergy efficiency

    通過化學平衡和熱量平衡方法求解氣化爐平衡工作溫度以及該溫度下的出口煤氣成分，研究了氣化爐進口氣化劑配比對出口煤氣成分、冷煤氣效率、熱效率及火用效率的影響，指出熱效率、火用效率最優情況下適應于各煤種的最優氧煤比以及合理的水蒸汽耗量，為多聯產系統的設計優化提供參考。
  14. Treatment of co poisoned patients caused by gas leakage

    煤氣泄漏致一氧化碳中毒患者的治療
  15. These results very close to engineering fact, then analyzed mostly factors : oxygen - coal mole ratio which affect cws gasification process and coal gas component on outlet, also advanced any measures to increase coal gas effective component ( co + h2 ) on outlet

    得到了氣化爐內的溫度場、流場、濃度場以及出口粗煤氣成分，其結果與工程實際相比非常接近；並利用得到的結果分析了影響水煤漿氣化過程和出口煤氣成分的主要因素即氧煤比，提出了提高出口煤氣有效成分（ co + h2 ）的措施。
  16. The high temperature shaft kiln of the type s3 will produce 150 tpd of sintered magnesia and will be natural gas fired

    噸的腐蝕氧化鎂，以貧煤氣和機油作為燃料。高溫窯型號為
  17. The application of teledyne oxygen analytical instrument in gas production

    氧分析儀在煤氣生產中的應用
  18. Ozonation of coal gasification wastewater on the efficiency of effluent treatment

    臭氧預氧化對煤氣廢水生物處理出水功效的研究
  19. Aiming at the coal under the building, rail and water, difficultly - mined coal and the side of strip mine, hardly mined, but it is utilization for the ucg study on field test of air coal gas, water coal gas, rich oxygen coal on the side of strip the side of strip mine mine of fu xin, using the ucg for the mineral well, getting the method for building stove of ucg, obtain different coal gas group and heat value for the different gasification craft high volatile, multiple thin coal seams on the side of strip mine are suitable to underground coal gasification to produce middle low heat value gas

    摘要針對「三下」煤層，難採煤層，復雜煤層以及露天邊坡剩餘的煤炭資源，並工開采不經濟或難以開采，可利用煤炭地下氣化將這些殘余資源得以回收利用，試驗利用礦井式煤炭地下氣化方式，對阜新礦露天邊坡進行了空氣煤氣、水煤氣、富氧煤氣的工業性試驗研究，通過煤炭地下氣化工業性試驗，得出在露天邊坡礦井式氣化建爐方式，不同氣化工藝的煤氣組分，熱值。
  20. This paper sums systemically up the existing research on high temperature coal gas desulfurizer, especially expounds the single metal oxide desulfurizer and the composite metal oxides desulfurizer, and advances some suggestions on the development of high temperature coal gas desulfurizer

    對現有的高溫煤氣脫硫劑研究進行了系統的總結，著重闡述了單金屬氧化物和復合金屬氧化物脫硫劑，並對高溫煤氣脫硫劑的發展提出一些建議。
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