轻型卡车汽油发动机。
Helicopters use gasoline engines.
直升机使用汽油机。
Four-stroke gasoline engines in motorcycles.
四冲程汽油在摩托车发动机。
Both gasoline engines were to by synchronized.
所有汽油引擎都是同步的。
There are two kinds of engines in use: gasoline engines and diesel engines.
目前汽车用发动机主要有汽油机和柴油机两种。
This VVT system is suitable for high-speed automotive gasoline engines with DOHC.
该系统适合于顶置双凸轮轴车用高速汽油机。
A fuzzy optimization method is applied to designing ignition coils of gasoline engines.
将模糊优化设计方法应用于汽油机点火线圈的设计中。
Diesel engines are more powerful and fuel-efficient than similar-sized gasoline engines.
差不多排量的柴油发动机比汽油发动机动力更好也更高效能。
Maximizes power and improves performance in all two-cycle and four-cycle gasoline engines.
最大化的权力和改进了所有两个周期和四冲程汽油发动机的性能。
We all know that diesel engines, in principle, work in the same way as gasoline engines do.
我们都知道柴油机和汽油机的工作原理是相同的。
But muffling gasoline engines reduces their power to such an extent that the plan is impractical.
但消声汽油发动机降低了他们的权力，如此的程度，这个计划是不切实际的。
The predictive model of gasoline engines operation under accelerated conditions were established.
建立了汽油机非稳定加速工况燃烧模型。
This paper studied the cycle-to-cycle variation of in-cylinder peak pressure in gasoline engines.
本文对汽油机最高爆发压力的循环变动进行了研究。
Diesel engines are designed to be more efficient than gasoline engines, so they provide higher fuel efficiency.
柴油机的设计要比汽油发动机更有效，因此燃油效率更高。
Analyses method of testing and trouble diagnosing about gasoline engines ignition function in four aspects.
从四个方面阐述了汽油机点火性能检测与故障诊断的方法。
That may be because they began manufacturing expensive but fuel-efficient models of gasoline engines in China.
这可能是因为它们开始在中国生产昂贵但却节能的汽油发动机车辆。
Project I will also develop vehicles with gasoline engines, a necessity in emerging markets lacking reliable power grids.
由于新兴市场缺乏可靠的电网，该项目也仍在进行汽油发动机汽车的研发。
First of all, the reasons why the combustion efficiency of gasoline engines is lower than diesel were analyzed theoretically.
本文首先从理论上分析了传统汽油机热效率低的原因，指出其“单点点火、火焰传播”的燃烧方式是症结所在。
Although gasoline engines have improved a lot, they are still not very efficient at turning chemical energy into mechanical power.
虽然汽油发动机改进了许多，但是，在化学能量转变为机械能量过程中，发动机的效率仍然不高。
Most of the studies of ISG hybrid technology are conducted on gasoline engines and the focus is put on reducing fuel consumption.
目前大部分对IS G混合动力技术的研究结合汽油机进行，并主要围绕降低油耗开展。
The mechanical power may come from various sources: turbines powered by water, wind, steam, or gas; gasoline engines; or diesel engines.
机械动力的来源可能各有不同：由水、风、蒸汽或气体发动的涡轮机；汽油引擎；或柴油引擎。
The power, economy and emission performance of the gasoline engines are deteriorated remarkably when they are operated on a plateau region.
汽油机在高原地区运行时，动力性、经济性及排放性能大幅下降。
Using high energy ignition technology can greatly improve the power performance and fuel economy of gasoline engines and reduce the emissions.
采用高能点火技术能够提高汽油机动力性和经济性，降低排放。
This paper presents a measuring and controlling system of ignition advance for gasoline engines, it is composed mainly of a monolithic processor.
介绍了一种以单片机为主要部件的汽油发动机点火提前角测量和控制系统。
According to the fuel energy used, the internal combustion engines are also divided into gasoline engines, kerosene engines, diesel engines, etc.
根据所用燃料，内燃机可分为汽油机、煤油机、柴油机等。
Internal combustion gasoline engines run on a mixture of gasoline and air. The ideal mixture is 14.7 parts air to one part of gasoline (by weight.)
内燃机发动机是通过汽油和空气的混合而运行的，理想的空燃比是14.7份质量的空气和1份质量的汽油混合。
In this paper a kind of contol approach used to detect, control and optimize the performance parameters of two-stroke gasoline engines is introduced.
本文介绍了对二冲程汽油发动机性能参数进行检测、控制和优化的一种控制方法。
In this paper a kind of contol approach used to detect, control and optimize the performance parameters of two-stroke gasoline engines is introduced.
本文介绍了对二冲程汽油发动机性能参数进行检测、控制和优化的一种控制方法。
应用推荐