dispersing

英 [dɪˈspɜːsɪŋ]

美 [dɪˈspɜːrsɪŋ]

v.  (使)分散，散开; 疏散; 驱散; 散布; 散发; 传播
disperse的现在分词

现在分词：dispersing　

柯林斯词典

• V-ERG （使）分散;（使）散布
  When somethingdispersesor when youdisperseit, it spreads over a wide area.
  1. The oil appeared to be dispersing...
     油好像在扩散。
  2. The intense currents disperse the sewage...
     急流冲散了污水。
  3. Because the town sits in a valley, air pollution is not easily dispersed.
     因为小镇坐落在山谷中，空气污染不太容易散去。
• V-ERG （使）散开;分散;驱散
  When a group of peopledispersesor when someonedispersesthem, the group splits up and the people leave in different directions.
  1. Police fired shots and used teargas to disperse the demonstrators...
     警方鸣枪并使用催泪弹来驱散示威者。
  2. The crowd dispersed peacefully after prayers.
     祈祷仪式过后，人们静静散去。

双语例句

• The parts are dispersing from our surface.
  零件从我的表面散开了。
• Study on Lithium Zinc Ferrite Low-Frequency Microwave Absorbers and Its Dispersing Technology in Polymer
  低频锂锌铁氧体吸波材料及其在聚合物中分散技术的研究
• The high speed mixers are used for wet dispersing and mixing liquid-solid material.
  高速搅拌机用于对固液相物料进行湿法分散混合。
• Formed by blending unlike elements especially by reducing one element to particles and dispersing them throughout another substance.
  通过混合不同元素尤其是将一种元素分解成颗粒并使它们遍布另一种物质而形成的。
• Hydraulic Reclamation with dispersing technology is characterized by its good maneuverability, economy, readily availability, and continuity.
  摘要离散式吹填工艺具有机动性、经济性、速效性和连续性的特点。
• Measurement method of Daniels flow point and its application on selection of dispersing agent are introduced.
  介绍了丹尼尔流动点的测定方法及其在分散剂选择上的应用。
• The species of the anionic dispersant and non-ionic dispersant used extensively in the CWS industry are presented, and the dispersing mechanism is summarized briefly in this article.
  对水煤浆工业中普遍使用的阴离子和非离子分散剂的种类作了介绍，简要概括了其分散机理。
• The dispersing process was optimized and the effect of ethylene glycol on carbon black dispersing was investigated by orthogonal tests.
  采用正交试验，优化了水性炭黑色浆的分散工艺，考察了乙二醇对炭黑分散的影响。
• The change regularity of particle size and dispersing degree of quartz powder under different conditions were compared, and its reasons were analyzed.
  比较了不同条件下石英粉体的粒度和分散度的变化规律，并分析了产生的原因。
• Simulation platform design used the modular scheme and function dispersing strategy, formed a system can update and expand.
  仿实平台的零体设计，采取了模块化的设计计划和功能开解的和略，形败否更旧、否扩铺的体解构造。