combustion drive

英 [kəmˈbʌstʃən draɪv] 美 [kəmˈbʌstʃən draɪv]

网络  燃烧引擎

经济



双语例句

  1. A drive system for an internal combustion engine including an endless chain connecting a drive sprocket on a crankshaft to a driven sprocket on a camshaft.
    一种用于内燃机的驱动系统,包括将曲轴上的主动链轮连接到凸轮轴上的从动链轮的一条环链。
  2. Staged combustion avoids the usual waste of fuel or oxygen used to drive the pumps in an engine with the conventional gas-generator cycle.
    分级燃烧,避免了浪费燃料或氧气通常用于驱动发动机与传统的燃气发生器循环水泵。
  3. It was used for restricting the running of internal combustion engine, requiring the driver to service the internal combustion engine within the fixed time, otherwise, after time gets, it would cut off the power automatically, unable to drive the internal combustion engine.
    车载仪控制器是用来限制内燃机车的运行时间,驾驶员必须在规定的时间内对内燃机车进行保养,否则,时间到后,自动切断电源,内燃机车将无法运行。
  4. The method of driving water pump for vehicle ( including electric power plant with internal combustion engine)& mechanical drive of same axis will be repacked magnetic force driving of non same axis.
    车用(含内燃机电站)水泵传动方式&由同轴机械式传动改为非同轴磁力传动,水泵工作实现零滴漏。
  5. Development and application of an electric igniter for combustion drive
    3DR&Ⅰ型火烧驱油电点火器的研制与应用
  6. In order to study the combustion drive mechanism of the sensible heavy oil reservoir, a series of physical simulation experiments of in-situ combustion were carried out by adoption of real formation cores and real crude oil of Zheng 408 pilot test block.
    为了研究敏感性稠油油藏火烧驱油机理,针对郑408火驱先导试验区块的现场实际,采用真实地层岩心和地层原油,进行了室内火烧油层物理模拟实验。
  7. The theoretical analysis showed the existence of mechanism of wet combustion was confident in high water saturation reservoir which contributed to the overhead advance of the combustion front and improved combustion drive effect.
    经理论分析认为,在高含水饱和度油藏火烧过程中,存在着湿式燃烧机理,促使火烧前缘超越式推进。该燃烧机理有助于提高火驱效果。
  8. The modern vehicle and running gear taking combustion engine as power mainly use four kinds of drive style, such as mechanical drive, hydraulic drive, hydrostatic drive and electric drive etc.
    现代以内燃机为动力的车辆及机具的行走装置主要使用纯机械、液力、静液压和电力等四种传动方式。
  9. Because of the special character, some new technologies, such as steam-inject thermal recovery and combustion drive, are gradually applied to developing heavy oil reservoir.
    由于稠油的特殊性质,注蒸汽热采、火烧油层、出砂冷采等技术,逐步应用于稠油油藏的开发。