agglomerates

美 [əˈɡlɑːməreɪts]英 [əˈɡlɒməreɪts]
  • v.(使)成团,聚结
  • n.团聚体,附聚物(agglomerate 的复数)
  • agglomerate的第三人称单数
agglomeratesagglomerates
  1. Agglomerates of delusterant particles located near the surface of sythetic fibers cause asperities .

    消光剂颗粒集结在合成纤维表面附近,导致表面粗糙。

  2. Simulation of dispersion of fractal agglomerates in shear flow field

    剪切场作用下团聚体分散的计算机模拟

  3. Two Effective Thermal Conductivity Models of Porous Media with Hollow Spherical Agglomerates

    基于空心球聚合体的多孔介质有效导热系数的两种模型

  4. Numerical study of flow behavior of fluidized agglomerates of nano - size particles

    纳米颗粒团聚物流化特性的数值研究

  5. The agglomerates of the powder was formed during the drying process .

    粉体后处理过程中干燥导致了部分粒子间的硬团聚。

  6. Study of decrease in volume of agglomerates in fine particle tungsten carbide

    降低细颗粒碳化钨中聚集体量的研究

  7. This process enables detergent agglomerates with high surfactant activity to be formed .

    该方法可形成具有高表面活性剂活性的洗涤剂附聚物。

  8. Study on Extinction Characteristics of Randomly Distributed Smoke Screen Cluster Agglomerates to the Laser

    随机分布烟幕凝聚粒子对激光的消光特性研究

  9. Stable hemihydrate agglomerates with good filtering properties were obtained .

    获得具有优良过滤性能的稳定的半水物晶团。

  10. The Study of Ancient Chinese Clothing and Ornaments is a great works which agglomerates Mr.

    《中国古代服饰研究》是凝结着沈从文先生下半生心血的一部巨著。

  11. Reducibility is an important index for evaluating the quality of iron ore agglomerates .

    还原性能的好坏,是评价人造富矿质量的重要指标。

  12. A study on wc & nickel base self-fluxing alloy agglomerates and their application

    WC&镍基自熔合金组合粉的研究与应用

  13. Combustion efficiency also decrease with bed temperature because of the decrease in strength of the fuel agglomerates .

    由于煤泥凝聚团的强度随沸腾床温度的降低,沸沸炉的燃烧效率也随床温降低而有较明显的降低。

  14. Numerical calculation of Mueller matrices of randomly distributed soot cluster agglomerates

    随机分布烟尘簇团粒子缪勒矩阵的数值计算

  15. Strength and structure of agglomerates in zirconia powder

    氧化锆粉料中团聚体的结构与强度

  16. Bursting bubbles of gas project agglomerates of particles into the space above the bed .

    爆裂的气泡把一团团的颗粒投射到床层上部的空间中去。

  17. With migrations , human capital to some extent agglomerates at the same places .

    由于移民,人力资本在某种程度上也聚集在相同的地方。

  18. Dispersion of Carbon Nanotubes Agglomerates in Water

    碳纳米管团聚体的水相分散性能

  19. New Technical Application of Carbon-bearing agglomerates

    含碳球团新技术的应用

  20. The dispersion process of additive agglomerates into the polymer matrix determines the material processibility and product quality .

    粉体团聚体在高分子基体中的分散过程决定了材料的加工性能和最终产品的性能。

  21. Advance on dispersion of agglomerates in polymer melt

    聚合物熔体中团聚体分散问题的研究进展

  22. Investigation of the Formation and Control of the Agglomerates during the Preparation of Nanometer ZrO_2 Powder by the Precipitation Method

    沉淀法制备纳米ZrO2粉末过程中团聚体形成与控制的研究

  23. Moulding characteristic of SD powder has a close relation with the structural state and the strength of agglomerates .

    喷雾干燥粉料成型性与其团聚态结构和强度有着密切关系。

  24. Chemical coprecipitation was used to produce nanometer powder . But the agglomerates strongly affect the powder 's performance .

    化学共沉淀法是制备纳米粉末的有效途径之一,但粉末在煅烧过程中产生的团聚现象严重地影响了粉末的各项性能。

  25. WC-nickel base self-fluxing alloy agglomerates and their composition process and properties were studied in this paper .

    研究了WC&镍基自熔合金组合粉的组成、制造工艺及各项性能。

  26. The wet forming method has great advantage in reducing the agglomerates and improving the homogeneity of powder compacting materials .

    湿法成型在降低粉体团聚、改善素坯显微结构均匀性方面有着明显的优势。

  27. , Four aspects of experiments were achieved : ( 1 ) dispersing of nanometer agglomerates by ultrasonic ;

    主要进行了四个方面的实验工作:(1)纳米团聚体的超声波分散;

  28. The reason of producing agglomerates and the mechanism of eliminating agglomerates in the ultrafine alumina powder

    氧化铝超细粉末中团聚产生的原因及消除机理

  29. Appearence and pore structure of agglomerates were observed by using mercury porosimeter and SEM .

    用压汞测孔仪及扫描电镜研究了团聚体的外形和气孔结构。

  30. Present study also indicates that the restitution coefficient of particles and contacting bond energy can directly affect the form of agglomerates .

    研究还表明,颗粒碰撞弹性恢复系数和界面能的变化将直接影响流化聚团的生成。