本研究利用铁谱技术进行机车柴油机磨合规范的研究和运行工况的状态监测。
Ferrography is used in this research to develop the running-in standards and monitor the operation condition of locomotive diesel engines.
利用油液检测技术，研究了不同的磨合油对CA6110 Z - 07 Y型柴油机磨合过程的影响。
This article studied the effect of CA6110Z-07Y diesel running-in process on bench in different running-in oil with oil monitoring technology.
为了合理地缩短柴油机磨合时间，同时又提高柴油机的整机磨合质量，研制了新配方的专用柴油机磨合油。
Finally a newly developed special running in oil is introduced, which aims to shorten the running in period and to guarantee the whole engine running in quality at the same time.
本论文的重点是关于在柴油机台架磨合实验过程中的磨合质量优化问题。
The emphasis of this paper is running-in quality optimization question in the process of engine test.
通过对某大功率机车柴油机活塞裙部喷涂复合材料层后在标定工况下装机进行磨合实验。
In this paper, a grinding experiment on a piston skirt profile coated with compound material in a high-power locomotive diesel engine is carried out under a rating condition.
本文采用的研究手段，形成的研究方法，取得的研究结果具有一定的普适性，能够适用于船用、汽车和机车柴油机的台架磨合。
The studying means, studying method and studying achievement are universal applicable to running-in study of Marine engine, automotive engine and locomotive engine.
台架磨合是柴油机出厂前的最后一道关键工序，对柴油机的可靠性和使用寿命有重要影响。
Running-in, as a last process in manufacturing of diesel engine, plays a very important role and has a remarkable effect on the reliability and the lifetime of a diesel engine.
HM磨合油系由高含硫原油中提炼出来的磨合添加剂与柴油机油按一定配比调合而成。
HM break-in oil is prepared by adding a certain additive into the diesel oil. The additive is obtained from a high sulfur crude oil.
试验结果证明纳米铜添加剂能够有效改善柴油机的磨合质量，缩短磨合时间。
The testing process was used CD40 lubricating oil and CD40 lubricating oil appending nano-Cu additive.
试验结果证明纳米铜添加剂能够有效改善柴油机的磨合质量，缩短磨合时间。
The testing process was used CD40 lubricating oil and CD40 lubricating oil appending nano-Cu additive.
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