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   汽油—乙醇 的翻译结果: 查询用时:0.26秒
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汽油乙醇
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  gasoline-ethanol
     An Experimental Investigation on Gasoline-Ethanol Blends Fueled Engine
     汽油机燃用汽油—乙醇混合燃料的试验研究
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  “汽油—乙醇”译为未确定词的双语例句
     The results show that ethanol added to the gasoline can improve the economy and exhaust emissions of the motorcycle engine.
     试验结果表明 ,燃用汽油—乙醇混合燃料可以提高发动机的动力性和经济性 ,有效改善排放特性
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  相似匹配句对
     Improvement of the Gasohol's Stability
     乙醇汽油稳定性的改善
短句来源
     Thermodynamic Properties of Gasohol
     乙醇汽油体系的热力学性质
短句来源
     Life Cycle Assessment of Cassava-based Ethanol Blended Gasoline Fuels
     木薯乙醇汽油混合燃料生命周期评价
短句来源
     Additives for Gasoline
     汽油添加剂
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     The Gasoline Price Drops
     汽油降价了
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  gasoline-ethanol
It is planned to replace pure gasoline with gasohol, an E10 gasoline-ethanol blend, at all filling stations in respective Chinese provinces.
      
This gasoline-ethanol blend is usually referred to as E10, meaning 10 percent ethanol and 90 percent gasoline.
      


Pure ZnO powder was made by chemical precipitation. Ru doped ZnO powder and Al2O3 catalysts loaded with Au、Ag、Pd、Pt、Ru or Rh were also prepared with impregnation. Gas sensitivity of one layer or double layes film RuZnO sideheated type gas sensor was measured in static state. The experimental results showed, the gas sensitivity of ZnO could be increased by doping of Ru, the gas selectivity to C2H5OH, petrol or C4H10 of RuZnO could be improved by use of catalyst coating of Pt-Al2O3、Pd-Al2O3、Ru-Al2O3...

Pure ZnO powder was made by chemical precipitation. Ru doped ZnO powder and Al2O3 catalysts loaded with Au、Ag、Pd、Pt、Ru or Rh were also prepared with impregnation. Gas sensitivity of one layer or double layes film RuZnO sideheated type gas sensor was measured in static state. The experimental results showed, the gas sensitivity of ZnO could be increased by doping of Ru, the gas selectivity to C2H5OH, petrol or C4H10 of RuZnO could be improved by use of catalyst coating of Pt-Al2O3、Pd-Al2O3、Ru-Al2O3 or Au-Al2O3.

采用化学沉淀法合成了纯ZnO微细粉,用浸渍法合成了Ru-ZnO气敏材料及Al2O3基催化剂。采用静态配气法测试了ZnO单层膜及双层膜旁热式气敏元件的敏感特性。实验结果表明,Ru的掺杂可提高ZnO的气体灵敏度,催化剂涂层的施加可改善Ru-ZnO对汽油、乙醇、丁烷的气敏选择性。

A dynamic apparatus was established for determining gas solubility in pure and mixed solvents under high-pressure. The experimental results for the binary systems of CH4-C6H14 and CH4- CH3OH show that the apparatus is credible for measuring the solubility of gas in liquid at moderate temperature and high pressure. In the paper, experiments were conducted for determining the solubility data of natural gas in the mixed solvent of gasoline-methanol and gasoline-ethanol at different temperatures(15~30℃) and different...

A dynamic apparatus was established for determining gas solubility in pure and mixed solvents under high-pressure. The experimental results for the binary systems of CH4-C6H14 and CH4- CH3OH show that the apparatus is credible for measuring the solubility of gas in liquid at moderate temperature and high pressure. In the paper, experiments were conducted for determining the solubility data of natural gas in the mixed solvent of gasoline-methanol and gasoline-ethanol at different temperatures(15~30℃) and different pressures(2.0~12.0MPa) firstly. It was found that the solubility of methane increases obviously with increasing in pressures and decreases with temperature increasing. At the same time the fugacity coefficients of methane under experimental conditions were calculated with the PR equation of state. It was proved that the solubility data agree well with the equation iiHxf= and Henry coefficients of methane decrease gradually with temperatures increasing.

建立了一套采用循环法测定气体在液体中高压溶解度的测定装置,该装置可以测定气体在纯溶剂和混合溶剂中的溶解度。 在较详细地描述了实验装置及其操作之后,对装置的可靠性进行了验证,并在15~30℃和压力2.0~12.0MPa的条件下,测定了甲烷在汽油、汽油-甲醇、汽油-乙醇混合体系中的溶解度,并用PR方程计算了甲烷的气相逸度。实验结果充分证明了该装置的可靠性,同时也揭示出甲烷在汽油、汽油-甲醇、汽油-乙醇混合体系中的溶解度规律。

This paper describes an experimental study of motorcycle gasoline engine fueled with gasolineethanol blends when the engine structure is unchanged. The experiment was conducted for measuring the engine output, specific fuel consumption and exhaust emission performances under different engine speeds and loads as the engine fueled with gasoline and gasolineethanol blends respectively. The results show that adding ethanol to gasoline can improve the power, fuel economy and exhaust emission of motorcycle engines....

This paper describes an experimental study of motorcycle gasoline engine fueled with gasolineethanol blends when the engine structure is unchanged. The experiment was conducted for measuring the engine output, specific fuel consumption and exhaust emission performances under different engine speeds and loads as the engine fueled with gasoline and gasolineethanol blends respectively. The results show that adding ethanol to gasoline can improve the power, fuel economy and exhaust emission of motorcycle engines.

本文针对摩托车汽油机进行乙醇的应用研究,在汽油机结构不作变动的条件下,在发动机台架试验中,掺烧一定比例的纯乙醇和工业乙醇。测试了发动机不同转速和负荷时,燃用纯汽油和汽油 乙醇混合燃料时的功率、能耗率及排放性能。试验结果表明,汽油 乙醇混合燃料可以提高发动机的动力性和能耗率,同时改善排放。

 
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