| 1. | Effect of grinding fluid on grinding properties of vitrified bonded cbn wheel
砂轮磨削难加工材料时磨削液的作用 |
| 2. | Grinding fluids are used or not
是否使用研磨液 |
| 3. | Study on properties of grinding fluid jet and nozzle position limit during quick - point grinding
快速点磨削磨削液射流特性及喷嘴极限位置研究 |
| 4. | Special absorbency can bring grinding fluid to a polishing place , which reduces thermal damage for products and effectively lubricates
特殊吸水性，可将研削液带至加工处，降低产品热伤并有效润滑。 |
| 5. | Jingmo liquid metal , metal cooling grinding fluids , metal cutting fluids , industrial cleansing agents , rustproof oil , quench fluid manufacturing
金属精磨液、金属冷却磨削液、金属切削液、工业清洗剂、防锈油、淬火液的制造。 |
| 6. | Db metalx s311 is a fully synthetic grinding fluid concentrate formulated with new additive technology to provide maximum versatility in machining operations on both ferrous and non - ferrous metals
敏得力s311是一种全合成、生物稳定型水基磨削液，应用于黑色金属和有色金属的磨削加工。 |
| 7. | Pump oils , fire resistant hydraulic fluid , mould releasing fluid for ( zinc , aluminium , copper or magnesium alloys ) die - casting , plunger lubricants , liquid paraffin , food grade lubricants , cutting fluid , grinding fluid , lubricating
性压力液、 （锌、铝、铜、镁合金）压铸脱模剂、冲头油、乾性润滑珠和粉剂、食品机械润滑 |
| 8. | Metalx s201 is a premium water soluble cutting and grinding fluid formulated for a wide range of machining operations non - ferrous metals and glass with free of nitrites and phenols
敏得力s201是一种生物稳定型的优质水溶性多功能加工液，由精心挑选的基础油与多种高效添加剂调配而成，产品具备及其优良的冷却、润滑性能和防腐、防锈特性。 |
| 9. | A grinding surface is consisted of multi pillars lump . because better chips of metal wash away better during grinding process and allow more grinding fluid flow and keep the temperature low for work piece , it is suitable for larger in - feed grinding
由多片柱型块组合而成为一个研磨面，由于研磨过程排屑性较好，研磨液渗透较多，研磨工件不易发热所以适合大进刀量之研磨。 |
| 10. | For hydrodynamic force , the oil - gas would migrate at vertical and lateral , and accumulate at suit traps . at the same time , for hydrogeology gyrations , petroleum would periodic migrate and ringed distribute . therefore , ground fluid is at different hydrodynamic systems
同时，由于古水文地质的旋回性导致同一流体动力体系内不同流体动力系统的油气一致阶段式运移，并形成一个以凹陷为单元阶梯式一环带状的油气分布规律。 |
