1) farm diesel vehicle
农用柴油车
1.
Wearing of farm diesel vehicle cylinder liner is a very common kind of engine failure.
农用柴油车缸套磨损是发动机最常见的失效形式,正确地认识其产生的原因、危害并采取积极的预防措施,有利于提高发动机的整机寿命和机车的使用效益。
3) automobile diesel
车用柴油
1.
To produce more quality automobile diesel with low cost, we must pay more attention to the development of catalysts and processes for deep removing sulfur and aromatics from diesel and for increasing diesel's octane number.
为增产高质量、低成本的车用柴油,今后一段时期,要重视深度脱硫、脱芳烃催化剂及提高催化柴油十六烷值催化剂及工艺技术的开发,进一步提高催化剂活性,降低装置投资及运行成本。
2.
The developing trend of automobile diesel in the past several years in most of the countries in the world is mainly characterized by highlighting the reduction of sulfur,increasing cetane number and further reducing aromatics and polycyclic aromatics etc in diesel.
介绍了世界车用柴油质量的现状,分析了世界车用柴油质量的发展趋势。
4) agricultural diesel engine
农用柴油机
1.
With the domestic emission regulation of the agricultural vehicle being more and more strict,how to control agricultural diesel engine emission pollution effectively becomes a realistic question before people.
随着国内农用车的排放法规日趋严格,如何有效地控制农用柴油机的排放污染就成为一个摆在人们面前的很现实的问题。
5) vehicle diesel engine
车用柴油机
1.
Decrease of thermal load of cylinder head in vehicle diesel engines;
车用柴油机气缸盖热负荷的改善
2.
Numerical Simulation of Homogeneous Charge Compression Ignition (HCCI) for Vehicle Diesel Engine;
车用柴油机均质充量压燃（HCCI）燃烧方式的数值模拟
3.
Review on Emission Regulations and Technical Routes about Heavy-duty Vehicle Diesel Engine
重型车用柴油机排放法规及技术路线综述
6) automobile diesel engine
车用柴油机
1.
The market of domestic automobile diesel engines of 2006 is analyzed.
针对2006年我国车用柴油机市场,对国内车用柴油机主要生产企业的2006年生产、销售情况进行了统计分析,介绍了2006年国内欧Ⅲ及以上排放标准发动机的型号及参数情况,最后对2007年的车用柴油机市场进行了预测。
2.
In order to save energy and reduce pollution,the modern automobile diesel engine is showing its advantage increasingly.
为了节约能源,降低污染,现代车用柴油机的优势已日益凸显,正在开发的一些先进技术,将进一步把柴油机推向车用动力的主流。
补充资料：农用柴油
分子式：
分子量：
CAS号：
性质：用于拖拉机和排灌柴油机的柴油。由石油直馏馏分或二次加工馏出油调合而成。十六烷值与轻柴油相仿，凝固点则较高。
分子量：
CAS号：
性质：用于拖拉机和排灌柴油机的柴油。由石油直馏馏分或二次加工馏出油调合而成。十六烷值与轻柴油相仿，凝固点则较高。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条