有效汽耗 的英文怎麼說

中文拼音 [yǒuxiàohào]
有效汽耗 英文
useful steam consumption
  • : 有副詞[書面語] (表示整數之外再加零數): 30 有 5 thirty-five; 10 有 5年 fifteen years
  • : Ⅰ名詞(效果; 功用) effect; efficiency; result Ⅱ動詞1 (仿效) imitate; follow the example of 2 ...
  • : 名詞1. (由液體或某些固體變成的氣體) vapour2. (水蒸氣) steam
  • : Ⅰ動1 (減損; 消耗) consume; cost 2 [方言] (拖延) waste time; dawdle Ⅱ名詞1 (壞的音信或消息) ...
  • 有效 : effective; valid; efficacious
  1. “ american lion ” automobile maintenance supplies are highly effective, non - public hazard green environment protection products, providing automobile with multifunctions of cleansing, maintaining, conserving energy, reducing detrition and prolonging engine life, with quality achieving advanced level of same sort products at home and abroad

    產品描述: 「美洲獅」車養護用品是高、無公害的綠色環保產品,對車具清潔、養護、節能降、延長發動機壽命等多種功,質量達到國內外同類產品先進水平。
  2. Repowering the old power plant by gas turbine combined cycle ( gtcc ), which can enhance the using efficiency of energy, reduce the consumption of energy, save investment because of using the existed equipments and take effect rapidly

    利用燃氣-蒸聯合循環對老電廠進行改造,能夠提高能源的綜合使用率,降低能,並利用老電廠的現設備,可以減少投資並且見快。
  3. The effect of oil filler test that is improved is correspondence to the overspeed test, so it is no use to do overspeed test repeatedly. it can reduces the deterioration of the rotor ' s longevity, and that, it can reduce the starting time of the units, which can reduce the cost of fuel consumption and steam deterioration. especially to large capacity steam units that use the same style device, it will get large economic effectiveness

    對使用同一原理的裝置而言,這種新的技術思路具指導性意義,改進后的注油試驗使用起來的果可以與超速試驗相對應,不需要重復做超速試驗,可以減少對因超速對轉子的壽命的損,並且還縮短了試驗所需要的時間,相應減少機組的啟動時,節約燃料成本及水損,尤其是對使用同類裝置的大容量機組而言,能夠獲得的經濟益將是巨大的。
  4. In the designing of priority for the transmission ratio, the usage of gear ' s attest on transmission ration should be considered ; the average value is set as the evolution aim of the loss of driving power and the useful effectiveness. a simplified fuel - consumed economically model is used to simulate the fuel consumption while the automobile is in motion

    在變速器傳動比優化設計中考慮檔位使用率對變速器傳動比的影響,採用驅動功率損失率和率利用率的加權平均值作為評價指標,用參數樣條函數模擬車速狀態下的燃油消量,提出了按變速器傳動比的使用率來確定車的加速和等速的比例,並將其作為實際工況來確定車的實際燃油消率。
  5. The multi - effect evaporation system ca n ' t be designed in order that both total area of heat conduction and consumption of vapor were least

    不可設計一個多蒸發系統,使總傳熱面積和加熱蒸量同時為最小,只能求得相對解。
  6. The low oil consumption and low bleeder of vehicle are achieved by using of transmission, hydraulic power control. and the compound drive system works harmoniously with engine to raise the motive capability effectively. it is the important way of automobile saving energy and environmental protection

    本系統由液壓技術、傳動技術、控制技術相結合實現車輛的低油、低排放,並地提高車輛的動力性能,是現車節能、環保的重要途徑。
  7. This thesis belongs to the research of the third aspect, the conpound drive system is used 1 ; o regenerate the 1oss energy. the low oil consumption and low b1eeder of vehic : le are achieved by way of the orggnic combination of transmission. hydrau1ic pressure and automatic control system, and the compotald drive system works hamonious1y with engine to raise the motive capability effectively

    本論文即屬于再生制動能量的研究范圍,研究以車減速及制動能量回收再利用為目的的液壓復合驅動系統,通過復合驅動系統中的液壓、傳動、自動控制三部分的機結合及與發動機協調工作實現車輛的低油、低排放、並地提高其動力性能,是現車節能、環保技術所未實踐應用的領域。
  8. The main functions of the software include the conditions monitoring of the units and the performance analysis on line, for example, the calculation of the net coal consumption rate of thermal power plants, the net coal consumption rate of power supply, the efficiency of boiler, the efficiency of turbine and other significant index

    該系統使用方便、靈活、功能強大、界面友好,並具數據性檢驗和用戶安全驗證功能,具豐富的報表、圖形界面來顯示計算分析結果。這套系統可以在線監測和分析機組的運行率,包括發電煤、供電煤、鍋爐率、輪機率和廠用電率。
  9. Basing on the exergy analysis of the evaporation system the links which losing exergy most was found. the external losing exergy mainly concentrated in the consumption of second - degree vapor. the internal losing exergy mainly caused by the difference in temperature of heat conduction and concentrated heat

    在對蒸發系統(火用)分析基礎上,找到系統(火用)損的主要環節,即二次蒸的消引起的外部(火用)損、傳熱溫差和濃縮熱引起的內部(火用)損。
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