| 1. | Analysis and control the hydraulic oil contamination of actuator
舵机液压油污染的分析及控制 |
| 2. | Microfluid flow : sample pool is a very important part of oil contamination on time analysis ststem
微流体流动：样品池是油液污染实时分析系统中一个非常重要的组成部分。 |
| 3. | The author expatiates on the design of the oil contamination sensor with double routes , and experiments correlative are carried through
本文阐述了双光路的油液光纤监测传感器的设计，并进行了相关试验。 |
| 4. | Finally , we analysed the application of microfluid dpiv technology in oil contamination on time analysis ststem , and achieved the expectant results
最后，本文将微流体dpiv技术应用于油液污染实时分析系统中，取得了预期的结果。 |
| 5. | Oil contamination spread over several miles of shoreline on the island , but much of it dispersed into the pelagic ecosystem offshore and likely to the seabed
有污染在海岛的海滩附近漫延几英里，但是其中的大多数散布到海洋浮游生态系统，并且有散布到海底的可能。 |
| 6. | The low speed shaft features a “ no - leak ” drywell design that physically separates the oil sump from the output shaft to eliminate gear oil contamination of the tank product
低速轴的特点是： “无泄漏”的干井式设计，油箱与主轴分离，消除了齿轮油污染槽体内介质的机会。 |
| 7. | The inductance transducer can classify wear of large ferrous and nonferrous debris and the optic - fiber transducer can be used for inspection of oil contamination
所研制的组合测量传感器中，电感传感器可以识别大的黑色金属和有色金属颗粒，光纤传感器可以测量油液中固体颗粒污染物。 |
| 8. | When light pass through the oil , it will be scattered by the particles in the oil . with the aim of online oil monitoring , this project is to study on oil contamination online by oil monitoring sensor
本课题就是基于在线油液监测的目的，利用油液中悬浮颗粒对光线的吸收，研究油液污染监测仪器。 |
| 9. | During the development of this project , the author has been mainly engaged in the task of theoretic research , scheme design and feasibility analysis for oil contamination monitoring
在本课题的研究中，侧重于油液污染度检测理论分析、方案设计和可行性分析。设计了光路、电路，并进行了部分相关实验。 |
| 10. | Oil contamination on time analysis ststem : the major purpose of our research of microfluid dpiv technology is expected to provide the reasons for the development and perfection of oil contamination on time analysis ststem
油液污染实时分析系统：研究微流体dpiv技术的主要目的是为油液污染实时分析系统的研制与完善提供依据。 |
