diesel engine 中文意思是什麼

diesel engine 解釋
柴油發動機
  • diesel : n. 1. 〈d-〉 = Diesel engine [motor] 柴油機,內燃機。 Diesel oil 柴油。2. R. Diesel 狄賽爾(1858-1913),德國柴油機發明者。
  • engine : n. 1. 機械,機器。2. 引擎,蒸汽機,發動機。3. 機車,車頭。4. 工具;〈古語〉方法,手段。vt. 給…安裝發動機。
  1. For the sake of differentiation exhaust limits anent the different use diesel engine. test and calculation have been done

    為了解不同用途柴油機排放測試循環及限制的區別,在現有的臺架上依照不同測試循環進行測試和計算分析。
  2. As a result, particulate emissions from automotive diesel engine may be controlled also.

    結果對汽車柴油發動機排放的微粒污染物也要進行控制。
  3. 1. added the bcu transmission of defender model, the functions of reading the version information and the data stream ; updated the functions of diesel engine td5

    1新增了defender車型bcu transmission系統,功能有讀版本信息和讀數據流更新了柴油機td5系統各個系統功能。
  4. These can provide consult for the performance ' s analysis of the type of diesel engine. besides, the author synthetically analysizes it ' s fuel - economy and exhaust emission characteristic, including three areas ( low, medium and high speed conditions ), and makes a conclusion that the diesel engine has superiority to be matched with the camion and mobile machinery shop

    另外,還對該型柴油機的燃油經濟性與排放特性進行綜合分析,全面分析了該柴油機常用功率范圍內的三個工況區域(低速工況、中間轉速工況、高速工況)的經濟性與排放性能,得出該柴油機與載重及工程用車配套具有優越性的結論。
  5. Effects of cetane number improver on emissions of swirl chamber diesel engine

    十六烷值改進劑對渦流室柴油機排放特性的影響
  6. Reseach on high speed diesel engine fueled with ultra - clean micronized coal oil water slurry

    小型高速柴油機燃燒精細油水煤漿的試驗研揪
  7. Ultra long stroke crosshead diesel engine

    超長行程十字頭式柴油機
  8. Crosshead type diesel engine

    十字頭型柴油機
  9. The synthesis and effect of pour point depressant to diesel engine oil

    柴油機油降凝劑的合成及其效果
  10. The diesel engine is reliable and longlasting.

    柴油發動機可靠並經久耐用。
  11. Test method for diesel fuel diluent in used diesel engine oils by gas chromatography

    用氣相色譜法測定用過的柴油發動機油中柴油燃料稀釋劑的試驗方法
  12. Electronic control for fuel injection system of diesel engine

    柴油機電控燃油噴射系統
  13. Electronic control of fuel injection system for diesel engine

    柴油機噴油系統的電子控制
  14. Deop diesel engine oil advisory panel api ema

    柴油發動機顧問小組
  15. Test of on - line emulsification system on diesel engine

    柴油機隨車乳化系統的實驗研究
  16. Us epa heavy duty diesel engine transient test cycle

    美國重型柴油機瞬態法
  17. Finally, because high - speed power solenoid valve is one of the most important executive parts in the electronic control diesel engine and the performances of diesel engine are strongly related to the solenoid valve, the response performance of the solenoid valve is investigated. the response performance of the solenoid is influenced by many factors, such as driving voltage, electric driving unit etc. in order to have high excitation voltage and in low maintaining voltage, a high - low voltage electric driving unit is designed, and in order to make the solenoid valve close more rapidly, an active free - wheeling circuit and a bootstrapping circuit are designed in the electric driving unit, too. in the high - low electric driving unit, high voltage and low voltage are supplied by the dc - dc device and by the accumulator respectively

    高速強力電磁閥的響應性能除了與閥本身的結構和材料有關外,與驅動電壓、驅動電路的設計密切相關,本文通過分析,首先開發出一種高低壓驅動電路,高壓電源是山升壓式dc - dc原理獲取的,低壓由蓄電池本身提供,實現高壓強激和低壓維持的功能,電路中採用有源續流電柴汕機中卜軌知介系統的設訓及其七川j敝略的叭究路進行續流,加誣了電磁閥的關閉速度;採用自舉吐路,降低了場效應管對驅動電壓的要求。
  18. Marine gearbox family for medium speed diesel engine

    船用中速柴油機齒輪箱系列
  19. Regarding the serious smoke ejection of 75 diesel engine series, this paper points out that this problem could be solved by modifying certain parameters and employing gyrating regression design. the actual experiment on 375 diesel engine series shows that, after innovation, the maximum of smoke ejection of gyrating moment falls by 24. 2 percent, and then the rating is demarcated, the smoke ejection falls by 53. 8 percent

    本文針對75系列柴油機排煙嚴重的問題,通過改變噴油嘴及相關調整參數,利用多因素正交旋轉回歸設計安排試驗,取得了較好效果.在375型柴油機上的實驗結果表明:進行優化匹配調整后,最大扭矩點煙度下降24 . 2 ,標定工況時煙度下降53 . 8
  20. Investigation on boundary layer prediction models near head wall in cylinder of diesel engine

    柴油機缸內近氣缸蓋壁面邊界層預測模型的研究
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