dispersion medium

英 [dɪˈspɜːʃn ˈmiːdiəm]

美 [dɪˈspɜːrʒn ˈmiːdiəm]

弥散剂

化学

英英释义

noun

• (of colloids) a substance in which another is colloidally dispersed
  Synonym:dispersing phasedispersing medium

双语例句

• Dispersion medium quantity is 0.06%;
  分散剂加入量为0.06%；
• The results showed it is better that using cyclohexane as dispersion medium, the volume ratio of cyclohexane to water was 3:1, and using Span-60 and Tween-80 as dispersants and their mass ratio was 2:1.
  实验结果表明：宜采用环己烷为分散介质，环己烷和水的油水体积比为3：1；Span-60和Tween-80为分散剂，Span-60和Tween-80质量比为2：1。
• The dispersion medium, water, has the ability to disintegrate the material sufficiently to carry it into colloidal suspension.
  作为分散介质的水能够充分地将这些物质分散并使之成为胶态悬浮体。
• The seed copolymerization of styrene and acrolein was carried out in the ethanol/ water dispersion medium with the seed of the magnetite which was modified by polyethylene glycol.
  用聚乙二醇修饰磁性氧化铁粒子，作为聚合种子投入乙醇/水分散介质中，进行丙烯醛和苯乙烯的共聚，得到了微米级的磁性复合微球。
• The results show: both pulse width and bandwidth are widened in positive dispersion medium, but pulse width is getting more and more narrow along propagating direction in negative dispersion medium, which is a typical soliton pulse.
  结果表明：在正色散介质中，脉宽及带宽均展宽，而在负色散介质中，脉冲沿传播方向越来越窄，表现为孤子效应。
• By mixing castor oil ( CO) with toluene diisocyanate ( TDI) in linseed oil ( LO) as dispersion medium, a composite coating of polyurethane ( PU)/ LO was prepared when cobalt naphthenate was used as drier.
  以亚麻油（LO）为分散介质，由蓖麻油（CO）和甲苯二异氰酸酯（TDI）反应制备了端部为&NCO的聚氨酯/环烷酸钴催干的亚麻油（PU/LO）复合涂料。
• The waterborne polyurethane ( WPU) has the advantages of slight smell, non-pollution, energy saving and so on, taking the water as the dispersion medium. Its development and application obtains more and more attention with the constant improvement of environmental laws and regulations.
  水性聚氨酯（WPU）以水为分散介质具有气味小、不污染环境、节能等优点，随着环境保护法规的不断完善，水性聚氨酯的开发和应用越来越受到重视。
• The effect of reaction temperature, ways of feeding raw material, dispersion medium, stabilizer, initiator, monomer and ferrofluid on performance of the microspheres was investigated.
  并在此基础上研究了加料方式、分散介质、反应温度、稳定剂、引发剂、单体及前处理方式等因素对磁性高分子微球性能的影响。
• The influence of reaction conditions, such as the sort of dispersion medium, oil/ water ratio, the sort and amount of dispersant, on the capacity of SAP were discussed.
  考察了分散介质种类和油水体积比，分散剂种类和用量等反应条件对吸水性能的影响。
• Any material that is reasonably insoluble in the dispersion medium can be caused to form a colloidal dispersion.
  难溶于分数介质的任何物质都能够形成一种胶体分散体。