磨削液

  • 网络grinding fluid;coolant;JK-M
磨削液磨削液
  1. 分析了磨削液注入方法对冷却效果的影响。

    The effects of coolant supplying methods on cooling are analyzed .

  2. 磨削液对磨削加工热量分配比的影响

    Influence of Coolant on Heat Partition in Grinding Process

  3. 不同磨削液时磨削表面的SEM考察

    SEM Observation of Ground Surface in Different Grinding Fluids

  4. Si3N4陶瓷高效有机磨削液的性能评价和机理分析

    Performance Evaluation and Mechanism Analysis of High-efficiency Organic Grinding Fluid for Si_3N_4 Ceramics

  5. Si3N4陶瓷高效有机磨削液界面化学反应机理的研究进展

    Research Progress of Interfacial Chemism of High Efficiency Organic Grinding Fluid for Si_3N_4 Ceramics

  6. 磨削液对陶瓷结合剂CBN砂轮磨削性能影响

    Effect of Grinding Fluid on Grinding Performances of Vitrified Bonded CBN Wheel

  7. 塑性材料专用ELID磨削液的研制

    Development of ELID Grinding Fluid for Plastic Material

  8. H-1高精度磨削液的研究

    A Research in High-Precision Grinding Fluid H-1

  9. 结合已有的两种ELID专用磨削液的研制经验,通过增添表面活性剂和调整无机盐等成分的比例关系,优化出适合塑性材料ELID磨削最佳状态的专用ELID磨削液(BJUTY-SX1型)。

    ELID grinding fluid ( BJUTY-SX1 ) for plastic material is got by optimizing from two types of ELID grinding fluid by increasing surface active agent and adjusting inorganic salt .

  10. 然后,将VOF方法引入到磨削液动压力的数学模型中,建立了描述磨削液射入旋转砂轮周边空气流场时,所形成的磨削气液两相流的瞬态模型。

    And then , the method of VOF is inducted into the mathematical model to build up an instantaneous model describing properties of gas-liquid two-phase flow field , which emerges in due course of coolant jetting into gas flow field .

  11. 醇类陶瓷专用磨削液的作用机理研究

    Mechanism of the High - efficiency Grinding Fluid Used for Ceramics

  12. 磨削液主要成分和性能随加工的变化

    Main component and performance of grinding fluid that vary with machining

  13. 磨削液射流两相流流场特性的应用研究

    Application Study on Two-phase Flow Field Properties of Grinding Fluidic Jet

  14. 本文概述了磨削液的类型和作用。

    The types and functions of grinding coolants are summarized .

  15. 磨削液理化性能与使用性能的关系

    Relationship Between Physical and Chemical Indexes and Machining Properties of Grinding Fluids

  16. 高效全合成磨削液的开发与评定

    Development and evaluation of high - efficiency synthetic grinding fluid

  17. 磨削液的加注方式对冷却效果的影响及其对策

    Influences of Application Ways of Grinding Fluid on the Cooling Effects and Countermeasures

  18. 磨削液磨削加工特性的研究

    Study on Grinding Processing Characteristic of Grinding Fluids

  19. LPG&1高效磨削液研究

    A Study of LPG-1 Highly Efficient Grinding Fluid

  20. 磨削液的正确选择和应用

    Correct selection and application of grinding fluids

  21. 介绍了磨削液注入新技术。

    New coolant supplying techniques are introduced .

  22. 实验结果表明,含三乙醇胺的磨削液对硬质合金有较大的危害。

    The results show that the grinding fluid containing triethanolamine does harm to cemented carbide .

  23. 一般认为,磨削液具有润滑、冷却、清洗、防锈等作用。

    Is generally believed that grinding fluid with lubricating , cooling , cleaning , rust-proof and so on .

  24. 为了对金属结合剂砂轮电解修整,研究并配制了电解磨削液。

    In order to electrolyze dressing grinding wheel of metal binding agent , the electrolytic grinding fluid is developed .

  25. 磨削液具有冷却、润滑、清洗、防锈等功能。

    Grinding fluids have the functions of cooling , lubrication , cleaning , and rust prevention in grinding process .

  26. 结果表明,没有一种磨削液能够使各种指标均达到最佳值。

    The results shown that these fluids could not let the all index above mentioned to reach the best value .

  27. 磨削液不仅有润滑及冷却作用,而且有洗涤和防锈作用。

    Grinding fluid is not only the role of lubrication and cooling , and the role of washing and rust .

  28. 花岗岩研磨过程中添加含不同类型表面活性剂的磨削液。

    In the grinding process of granite , several kinds of grinding coolants with different types of surfactant were used .

  29. 集中管理磨削液,可以提高冷却和防锈性能,延长磨削液使用时间;

    Centralized management of grinding fluid can increase cooling and anti-corrosion performance , the use of grinding fluid to extend the time ;

  30. 磨削液动压力是指磨削液流过旋转砂轮与工件表面之间的楔形空间时,在收敛的楔形域内形成的压力。

    Hydrodynamic pressure of coolant is generated in the converged area while coolant flows into the zone between grinding wheel and workpiece .