| 1. | Contamination of hydraulic systems by solid particulate matter . general
固体颗粒物对液压系统的污染.概述 |
| 2. | Determination of solid particulate contaminant in fluids by the gravimetric method
油液中固体颗粒污染物的重量分析法 |
| 3. | Contamination of hydraulic systems by solid particulate matter . inspection methods
固体颗粒物对液压系统的污染.检验方法 |
| 4. | It can filter solid particulate in oil and enhance cleanness up to grade nas6 and above
滤除介质中的固体颗粒，提高油液清洁度，可以达到nas6级或者更高。 |
| 5. | Hydraulic fluid systems . fluids . determination of solid particulate contamination by optical microscope and image analysis
液压流体动力.流体.用光学显微镜和图象分析法测定固体颗粒污染度 |
| 6. | The porous structure is proved by observation with scan electron microscope . the aperture is 0 . 13 - 2 . 0 u m which can block off the solid particulate and suspension impurity
溶胶凝胶法：其“微孔穴”结构，叶阻挡固体颗粒及悬浮杂质的于扰。 |
| 7. | And then electroplate nickel - sealing with solid particulate , which is to make micro - crack chromium when electroplating chromium again , this can avoid unsmoothness , and slower corrosion speed , as a result , improve defence performanc e
再镀一层含有固体微粒的镍封，令到再镀铬时形成微孔铬，从而防止产生大而深的直贯基体金属的少量腐蚀沟纹和凹坑，向横向发展，减缓了穿透基体的腐蚀速度，进一步提高了防护性能。 |
| 8. | On the other hand , the electrostatic sensor has no reaction to the solid particulate accumulated in the pipeline , so the electrostatic sensor can obtain higher precision in the concentration measurement than other traditional mass flow rate measurement techniques
另一方面，由于静电传感器对沉积在管道中固体颗粒不产生反应，因此，与其他传统的质量流量测量技术相比，静电传感技术能够在浓度测试方面达到更高的精度。 |
