分散粒子用英语怎么说，分散粒子的英文翻译

词语导航

基本信息

词语：分散粒子

繁体：分散粒子

拼音：fēn sàn lì zǐ

英语翻译

【医】 disperse particles

分词翻译

分散的英语翻译：

disperse; distract from; scatter; deconcentration; dispersal; dissipation
【计】 disassembling; disperse
【化】 break-up; dispersion
【医】 disgregation; dispersion; divergence; fraction
【经】 diversification

粒子的英语翻译：

particle
【计】 corpuscle
【化】 particle
【医】 particleWWw.WEnTIYI.COm

翻译例句

1. 均匀沉淀法在制备单分散粒子的研究中占有重要的地位。

Homogeneous precipitation method plays an important role in the research field of preparation of mono-dispersed particles.

2. 跟踪测定了均分散粒子形成过程中体系电导率的变化，探讨了均分散粒子的形成机制。

Based on the change of the conductibility of the solution during the formation of the particles, the formation mechanism of the monodispersed particles was discussed.

3. 在风暴云中形成的带电粒子分散形成的结构像三明治。

The separation of charged particles that forms in a storm cloud has a sandwich-like structure.

4. 九克铀分散成大约15000颗包裹在石墨里的微小粒子。

Nine grams of uranium are dispersed among some 15, 000 tiny particles within the graphite.

5. 九克铀分散成大约15000颗包裹在石墨里的微小粒子。

Nine grams of uranium are dispersed among some 15,000 tiny particles within the graphite.

6. 介绍了纳米粒子制备过程中的分散、表面双电层理论、干燥方法、表面修饰与表征方法。

The dispersion, double electrical layers theory, drying methods, surface modification and characterization methods in preparing process of nanometer particles were introduced in this article.

7. 在这一平面上我制作了5个分散的粒子系统。

I made 5 separate Particle Systems on this one plane.

8. 无机物蒙脱土由于自身的层状结构，在聚合物聚合中进行插层剥离形成纳米粒子，可以均匀分散在纤维中。

Due to its layer structure, the inorganic montmorillonite can stripe every other layers to form nanometer particles which can distribute in the fiber well.

9. 粒子的存在阻碍介质的运动，增加分散介质的黏度。

The existence of the particle movement, increase block medium dispersion medium viscosity.

10. 颜料粒子的分散状态决定着胶印油墨的质量，影响到它的印刷适性。

Dispersion status of pigment particles of ink determines its quality and affects the printability.

11. 本文综述了高分散负载型超细粒子催化剂的制备及其在催化中应用的现状，展望了该类催化剂的应用前景。

The preparation, types and its application in catalysis of high dispersing, supported, ultrafine particle catalysts are reviewed. The applied prospects of these catalysts is looked.

12. 二氧化硅纳米多孔材料是由胶体粒子相互聚结构成纳米多孔网络结构的一种高分散固体材料。

The nanoporous network structure of silicon dioxide nanoporous material which composed of colloid particles conglomerating together is a kind of highly dispersed non-crystalline solids.

13. 探讨了在空气中制备高分子保护的铜超微粒子分散液的方法和反应条件。

The paper studies the methods and reaction conditions for preparation of polymer-protected colloidal dispersions of ultrafine copper particles in the air.

14. 讨论了分散介质、搅拌强度、磁性粒子性质及用量等因素对聚合反应及聚合物磁含量的影响。

The effects of the dispersing medium, the agitation intensity, the amount and properties of magnetic particles on the polymerization and magnetic content in the polymer microspheres are discussed.

15. 阐述了用单分散超微粒子作为原始粉料制备精细陶瓷所带来的重大影响及其作用。

The paper reveals the important effect of fabricating the fine ceramic by using monodispersed ultramicro particles as starting materials.

16. 采用尿素均相沉淀法制得了均分散的氧化亚镍前驱体粒子。

Monodispersed NiO precursor particles were prepared by homogeneous precipitation from nickel nitrate solution in the presence of urea.

17. 结果表明，由该制备方法可得到高分散，金属粒子粒径分布窄的高载量贵金属催化剂。

The results of both measurements consistently demonstrated that the highly dispersed Pt nanoparticles with narrow size distribution supported on carbon can be achieved by this process.

18. 在一些实施例中，所述释放层是由涂布于基板上的亚微米粒子的分散液形成。

In some embodiments, the release layer is formed from a dispersion of submicron particles that are coated onto a substrate.

19. 但如何解决纳米粒子在高分子基体中难以均匀分散的问题，仍需要做大量的研究工作。

A lot of research need do because it is difficult to resolve the problem of uneven dispensability of nano-particles in polymer.

20. 当它不是分散的或者当大量的粒子被注入。

When it is not scattered well or when a large particle is injected.

21. 研究了原料浓度、表面改性时间、温度、加料方式、改性剂用量等因素对纳米粒子粒径、粒径分布及分散稳定性的影响；

The effects of sodium silicate consistence, surface modifying time, temperature and techniques on their diameter, size distribution and dispersion stability were studied.

22. 分析了无机纳米粒子在聚合物熔体中的分散机理和相关的理论模型，以及分散程度的定量表征。

The dispersion mechanisms of inorganic nanoparticles in polymeric matrix and their theoretic models, and the quantitative characteristics for dispersion degree were analyzed.

23. 介绍了超细（微米级）特别是超微（纳米级）无机粒子的基本概念、特性、分散状况、形态及增韧机理。

The basic concept, physical properties, disperse state, morphology and toughening mechanism of nano inorganic filler are introduced.

24. 试验结果表明，纳米粒子均匀地分散在纳米塑料中，激光功率对纳米塑料的洛氏硬度及缺口抗冲击强度有显著影响。

The testing results indicate that nanosized particles are uniformly located within bulk nanoplastics, and laser powers can strongly affect the HRL and notch impact strength of nanoplastics.

25. 对于分散良好的铂，表面上的全部粒子在表面上基本上都能被相同数量的氧原子或氢原子进行化学吸附。

For well-dispersed pt, all particles are essentially on the surface available for chemisorption by an equal number of oxygen or hydrogen atoms.

26. 介绍了一种利用SPG膜乳化法制造单分散性粘性微粒子的新方法。

This paper introduces a new method preparing monodisperse adhesive microsphere by SPG emulsification polymerization.

27. 结果表明分散在尼龙6基体中的蒙脱土纳米粒子起成核剂的作用。

The results show that the nanoparticles of montmorillonite dispersed in nylon 6 matrix play the role of nucleating agent.

28. 本文综述了单分散磁性氧化铁纳米粒子的主要制备方法、表面修饰以及在生物医学靶向药物方面的应用研究进展。

The progress of preparation method and surface modification of monodisperse magnetic iron oxide nanoparticles, as well as their application in the magnetic targeted drug are reviewed.

29. 运用CO分子探针红外光谱研究不同尺度和分散状态的钯纳米粒子的红外光学性能。

Pd nanoparticles with different sizes and dispersed states were prepared. Their infrared optical properties were studied with CO molecule probe.

30. 运用CO分子探针红外光谱研究不同尺度和分散状态的钯纳米粒子的红外光学性能。

Pd nanoparticles with different sizes and dispersed states were prepared. Their infrared optical properties were studied with CO molecule probe.