liquid polypropylene

英 [ˈlɪkwɪd ˌpɒliˈprəʊpəliːn] 美 [ˈlɪkwɪd ˌpɑːliˈproʊpəliːn]

【化】液体聚丙烯

化学



双语例句

  1. The conventional problems happened in the equipments of batch liquid bulk polypropylene plant and the resolving methods are introduced in this paper.
    本文主要介绍了间歇式液相本体法聚丙烯生产中常见的设备问题及解决方法。
  2. Technical analysis and discussion about reducing propylene consumption of intermittent liquid phase noumenon polypropylene unit
    降低间歇式液相本体法聚丙烯装置丙烯消耗的技术探讨
  3. Liquid Chromatographic Determination of DCPD-phenol Antioxidants and Their Application in Isotactic Polypropylene
    双环戊二烯酚型抗氧剂的高效液相色谱分析及其在聚丙烯中的应用研究
  4. Thermotropic liquid crystal copolyester/ Polypropylene Blends
    热致性液晶共聚酯/聚丙烯共混物
  5. Polypropylene transcrystallines nucleate at the surface of liquid crystalline fibrils formed in-situ in polypropylene melt.
    偏光显微镜的观察揭示出在聚丙烯熔体中原位形成的液晶聚合物微纤诱导了聚丙烯横穿晶的形成。
  6. The liquid chemical method was applied to modify the surface of polypropylene plate corrugated packing and the performance test was given to the modified packing.
    采用液相化学法对聚丙烯孔板波纹填料进行表面改性,并对改性后的填料作性能测试。
  7. Structures and properties of the blends of thermotropic liquid crystalline ethylcellulose and polypropylene
    热致性液晶乙基纤维素和聚丙烯共混物的结构与性能
  8. The relation of hydrogen modulation and MFR of batch liquid bulk polypropylene
    间歇式液相本体法PP的MFR与氢调的关系
  9. Liquid Phase Fine-Desulfurization of Polypropylene Unit Feedstock at Normal Temperature
    聚丙烯装置原料的液相常温精脱硫
  10. A auto-control system for the entire polymerization proces of batch liquid phase bulk polypropylene unit-automatic changeover control system with multi-adjustment actions-developed by Design& Research Institute of Jingmen Refinery.
    介绍荆门炼油厂开发设计的间歇液相本体聚合反应全过程自动控制专用系统,它具有多调节规律并能自动切换的自动控制系统。
  11. The physical and machanical properties of polyblend fibers from liquid crystal polymers and polypropylene prepared under different conditions were described.
    介绍了把液晶高分子与聚丙烯共混后在不同加工条件下得到的纤维的物理性能。
  12. The optimal level control of liquid phase reactor of polypropylene plant
    液位控制对聚丙烯装置长周期运行的影响
  13. Modeling of Liquid Bulk Polypropylene Processes Using POLYMERS PLUS
    基于POLYMERSPLUS的丙烯本体聚合过程的模拟和优化
  14. In intermittent liquid phase bulk polypropylene production, the low-pressure propylene is fully recovered and the feed consumption is obviously reduced based on the reform of low-pressure propylene recovering process and equipment structure.
    在间歇液相本体法聚丙烯工艺中,一方面,通过对其低压丙烯回收工艺及相关设备结构的改造,使低压丙烯充分回收,原料单耗指标显著降低。
  15. Development Trend of Batch Liquid phase Mass Process Polypropylene
    液相本体法聚丙烯的出路及后加工发展策略
  16. Analysis for Reason of Vibration, and Improvement of Quench Liquid Pump of Polypropylene Unit
    聚丙烯装置急冷液泵振动原因分析及改进
  17. The Influence of Ionic Liquid on Polypropylene Antistatic Property
    咪唑基离子液体对聚丙烯抗静电性能的影响
  18. A computer advanced control and administration system for batch liquid phase bulk polypropylene plants is introduced.
    介绍一种间歇式液相本体聚丙烯装置计算机先进控制与管理系统。
  19. In the polyblend fibers from liquid crystal polymers ( LCPs) and polypropylene, the LCPs exist as thin and long micro fibers.
    在液晶高分子和聚丙烯的共混纤维中,液晶高分子以细而长的微纤维对聚丙烯起到强化作用。
  20. Steady-State Modeling of Commercial Liquid Phase Bulk Polypropylene Process with Polymers Plus
    丙烯液相本体聚合过程POLYMERSPLUS建模与分析
  21. Application of CS-1 High Effective Carrier Catalyst in Intermittent Liquid Phase Bulk Polymerization Plant for Polypropylene
    CS-1型高效载体催化剂在间歇式液相本体法聚丙烯生产装置上的应用
  22. Test Runs for Dechlorination of Liquid-Phase Bulk Polypropylene
    液相本体聚丙烯脱氯工业试验
  23. Improvement of the Control of Polymerization Process for Liquid Mass Polymerization Polypropylene Unit
    液相本体法聚丙烯装置聚合过程控制方案的改进
  24. Spherical catalysts applied in liquid phase bulk polypropylene unit
    球形催化剂在液相本体聚丙烯装置上的应用
  25. The control of melt index of the product in batch liquid phase bulk polypropylene plant
    间歇式聚丙烯装置产品熔体流动指数的控制
  26. From four thermotropic liquid crystalline polymers ( TLCP) and polypropylene, poly ( butylene terephthalate), polycarbonate, polyethersulfone and polysulfone, six polyblends containing TLCP were melt blended and extruded in the temperature range of respective "processing window".
    用4种热致液晶聚合物分别与聚丙烯、聚对苯二甲酸丁二酯、聚碳酸酯、聚醚砜和聚砜搭配,在各聚合物对的加工窗口温度范围内熔融共混并挤塑得到6种共混物。
  27. The industrial application of the catalyst HDC in domestic batch liquid phase bulk polypropylene plant further confirmed that the catalyst could satisfactorily meet the requirement of the existing production plants to manufacture polypropylene resin with preeminent and stable performance.
    HDC催化剂中试产品在国内间歇式液相本体丙烯聚合装置的进一步工业应用表明,所得聚合物性能稳定优异,完全可以满足现有生产装置的要求。
  28. The melt index control of polypropylene in batch type liquid phase bulk polypropylene equipment has long been a concern of petroleum refiners.
    针对间歇式液相小本体聚丙烯装置的生产特点,根据生产实际经验,对如何控制聚丙烯粉料熔体指数进行分析,总结出一些有效的控制措施。