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|  | | 为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法,我们为您准备了出自英文原文的大量英语例句,供您参考。 | |
The gasoline engine could be operated in HCCI combustion mode at a speed range of 800-2 200 r/min and load, indicated mean effective pressure (IMEP) range of 0.1-0.53 MPa.
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The catalyst performance was tested on a real lean-burn gasoline engine.
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Comparative experiments of oil and water-cooling were performed on a 4-cylinder automotive gasoline engine and a single-cylinder direct injection Diesel engine.
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For automotive gasoline engine, road tests indicated the same trend of fuel economy improvement with oil-cooling.
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The sub-chamber type gasoline engine was suggested to be a type of clean engine, but the presence of residual gas in the sub-chamber was a serious fault.
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The air capacity and the fuel consumption of a four-cylinder four-stroke petrol engine have been measured.
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The exhaust emissions of a four-cylinder four-stroke petrol engine have been measured.
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The assembled clutch was tested using a Villiers Petrol engine, and later, a Petter Diesel engine.
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The power sources most likely to provide favourable comparison are those, which can display comparable range and speed, long and reliable life and manufactured at a cost comparable to petrol engine.
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Diesel exhaust differs from that of petrol engine exhaust in two major characteristics.
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As a result of automakers' efforts to produce more efficient and lower-emission vehicles, lean-burn gasoline engines have been introduced into the market.
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Aqueous solutions of engine exhaust condensation products were derived from cars powered by diesel or four-stroke gasoline engines (with and without three-way catalytic converter).
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The purpose of this investigation was to identify the substances mainly responsible for the carcinogenic effect of used engine oil from gasoline engines using topical application as a carcinogen-specific bioassay.
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Tests compared gasoline engines and LP gas engines, equipped with regular and catalytic mufflers and with the fuel system at normal and 10% rich air-fuel ratios.
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This burning has strongly increased in Brazil after the National Alcohol Program was started which substituted automobile gasoline engines for alcohol engines.
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| | An investigation of the improved emission characteristics was made on asingle-cylinder test gasoline engine with two kinds of cylinder heads byadding hydrogen.Experimental results show that CO,HC,NO,emissionconcentrations can be reduced.With the hydrogen being added,the lean mix-ture limits with low toxic emission corresponding to the lean economicrange of fuel consumption are extended,so the economy can be improvedsimultaneously.For example,at the point of low fuel consumption CO con-centration of the engi... | | 作者用两种气缸盖在单缸汽油试验机上进行了加氢试验研究。试验结果表明,加氢能够降低CO、HC、NO_x排放物浓度,并扩大低有害排放物的稀薄混合气区域,该区域相当于稀的经济油耗区,因而同时提高了经济性。例如,在最低油耗点,与燃用汽油的发动机相比较,燃用氢-汽油混合燃料(加氢重量比率X_h=3%)时,CO浓度明显降低(CO浓度为220ppm)。低速、低负荷时效果较好。试验结果还表明,具有不同性能燃烧室的气缸盖,加氢后对降低有害排放物浓度均有效果。本文还进行了加氢改善排放特性的理论分析,从而为实际应用提供依据。 | | 文摘来源 | | This paper introduces the method of determining the cylinder compression pressure in the course of diagnosing engine troubles at worksite, and presents the data of permissible minimum compression pressure and pressure difference among cylinders of diesel and gasoline engines. | | 本文阐述了现场故障诊断中气缸压缩压力的测定方法,并提出汽油发动机和柴油发动机最低极限压缩压力和各缸压力差的数据。 | | 文摘来源 | | To achieve the economy potential of fuel and possible reduction in emission towards the high temperature cooling concept (H. T. C.) applied in gasoline engines, a series of experiments were accomplished. Engine test results showed the following benefits of the H. T. C. method: 6% of consumption could be reduced at partial load 3%-4% at full load. The carbon monoxide and Hydro-carbons emission level could be lowered by 15%-20% than that in the baseline cooled engine. Data acquired from a combustion analyser,... | | 本文从理论角度分析了高温冷却能促进和优化汽油机燃烧过程的机理,通过对一台汽油发动机进行高温冷却试验后,在降低油耗、改善排放等方面得到了一些收获,即在低转速部分工况下可得最佳节油率7.94%;排气中CO及HC含量可望降低20%。作者用燃烧分析仪对全部测试数据进行处理和分析,结果发现采用高温冷却后在急燃阶段中的气缸压力升高比和放热速率都有上升趋势,热效率的计算结果表明,高温冷却对改进润滑状态、降低气缸摩擦功消耗和提高机械效率方面起到重要作用,是获得较高的节油率指标的关键因素。 | | 文摘来源 | |   | | << 更多相关文摘 |
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