吸附层

xī fù céng
  • Adsorption layer;adsorbed layer
吸附层吸附层
吸附层[xī fù céng]
  1. 铁氧体颗粒表面PVA吸附层厚度理论计算和实验测量

    Calculation and Determination of the Thickness of PVA Adsorbed Layer on Ferrite Particles

  2. 文中给出了颗粒米面PVA吸附层厚度理论计算和实验测量方法。

    The theoretical calculation and the testing method of PVA adsorbed layer were given is this paper .

  3. 结果表明,在化学镀镍层中存在薄的吸附层,它由C、Cl、O、S等组成,主要的吸附物是C和O。

    The experimental results showed that there was a thin adsorption layer consisting of C , S and Cl.

  4. 次生磷矿石表面的Ca-P吸附层对磷矿石磷的释放有重要影响。

    The release of phosphorus from secondary phosphate rock is influenced by the Ca-P-adsorbing layer on surface of the rock .

  5. 变质层由表至里是由吸附层、氧化层、白层及过回火塑性变形层组成。氧化层是Fe与合金元素氧化物组成的混合结构,并存在Si的表面富集。

    The grinding affected layers on bearing surface consist of absorption layer , oxide layer , white layer , overtempering and plastic deformation layer .

  6. 以SiO2表面形成的吸附层为反应器,在载体表面制备了纳米TiO2粒子。

    TiO 2 nanoparticles were prepared in adsorption phase nanoreactor formed by the adsorption layer on the silica surface .

  7. 认为磷矿石表面的吸附层给磷灰石的加速溶解提供了Ca的接收库。

    It was suggested that the removal of adsorbed Ca could accelerate the dissolution of apatite by creating a sink for Ca at the solid surface .

  8. 吸附层厚度主要受分子链长影响,与拖尾形构型(tail)伸展到体相中的长度相当;

    The layer thickness of adsorption is mainly coincided with the depth of tail configuration extending to solution which is mainly determined by chain length .

  9. 在Au(111)表面,致密无序膜的SbO+不可逆吸附层还原后基本保持原有的无序结构;

    On Au ( 111 ) surface , the irreversibly adsorbed dense and disordered SbO ~ ( + ) film structure remains after reduction of the film ;

  10. 利用Poiseuille方程确定聚乙烯醇在粘度计毛细管管壁上吸附层的厚度

    Thickness of the Polyvinyl Alcohol Layers Adsorbed on the Wall of Viscometer Capillary Determined According to Poiseuille Equation

  11. CETA可在钻屑表面形成牢固吸附层;

    Firm adsorption layer can be formed on the cuttings surface by CETA ;

  12. 低浓度的PVP使AgI溶胶敏化,高浓度时又通过吸附层的空间稳定效应使其稳定。

    The Agl sols are sensitized at low PVP concentration , and become stable through the steric stabilization of the adsorbed layer at high PVP concentration .

  13. 研究发现,随着SDS表面胶束的形成,吸附层微环境的疏水性增强,然后在一定质量分数范围内趋于恒定。

    It was found in this study that the hydrophobicity of the microenvironment in the adsorbed layer increased with forming SDS surface micelles and then kept constant in a certain degree of concentration .

  14. 并分别对单脉冲与双脉冲飞秒激光辐射下,金属Ru基体表面层的电子和声子的温度分布、吸附层分子CO的脱附概率分布进行了数值模拟。

    The stimulated results reveal the electron and phonon temperature profile on the surface of substrate , desorption probability of adsorbed CO molecule as Ru film irradiated by a single pulse and a pair of femtosecond laser respectively .

  15. AFM相位图显示,随着缓蚀剂浓度增加,缓蚀剂吸附层变得更加致密和有序,导致缓蚀效率增加。

    It can be concluded from the AFM phase images that as the inhibitor concentration increased , the adsorbed film of inhibitor tended to become more density and orderly so that corrosion inhibition efficiency increased .

  16. 纳米管表面丝状的吸附层也是六方BN晶体,细丝的长度为100nm左右,直径不到10nm。

    The tiny hair-like coatings on the nanotubes are also hexagonal BN with typical lengths of about 100 nm and diameters less than 10 nm .

  17. AFM针尖诱导氧化加工的Ti纳米氧化线,是基于Ti膜-半导体纳米器件的基础,由大气湿度决定的Ti膜表面水吸附层的厚度,对控制阳极诱导氧化加工的结果起重要作用。

    Titanium nano oxidation wires obtained by AFM tip induced anodic oxidation are the basic structures in Ti-semiconductor nano devices . The amount of adsorbed water on the Ti film surface determined by ambient humidity plays a key role in controlling the oxidation results .

  18. 用芘的荧光探针研究了35℃时羊毛纤维/水界面上十二烷基硫酸钠(SDS)吸附层微环境的极性和表面胶束聚体大小(聚集数)及数目密度的变化趋势。

    Pyrene fluorescence probes were used to investigate the polarity of the microenvironment and the changing tendency of aggregate size ( aggregation number ) and number density of surface micelles in the adsorbed layer of sodium dodecyl sulfate ( SDS ) at the wool / water interface at 35 ℃ .

  19. 利用高分子溶液流过时间t之前和之后纯溶剂的流过时间t0和t0′的改变确定了40℃时PEO在毛细管管壁上吸附层的厚度。

    According to the changing the flow time of the pure solvent , namely t_0 and t_0 ′, obtained before and after the flow time of polymer solution , namely t , the thickness of the adsorbed polymer layers was determined at ( 40 ℃) .

  20. KQ1缓蚀阻焦剂与铁结合形成配位键,在金属表面形成一层吸附层,起到缓蚀阻焦的作用。

    The KQ1 corrosion and coking inhibitor can combine with Fe into complex bond to form a adsorption layer on the surface of metal , it played a anticorrosion and anticoking part .

  21. 外加剂在水泥表面的吸附层厚度研究

    Research on the Adsorption Thicknesses of Admixtures on the Cement Surfaces

  22. 流体吸附层厚度及位能界面的划分

    Adsorbent Thickness of Fluid and Dividing of Interface of Potential Energy

  23. 聚合物注入速度增加,吸附层厚度呈线性增加。

    The adsorbed layer thickness increases linearly with polymer injection rates .

  24. 吸附层对温度非常敏感;

    The influence of temperature on adsorption layer was very sensitive ;

  25. 顺流多层浅流化床反应器流体吸附层厚度计算模型的研究

    Cocurrent Shallow Multistage Fluid-Bed Reactor On Calculating Model of Adsorbent Layer Thickness

  26. 新型防毒服吸附层的结构开发及其防护性能研究

    Developing the structure and studying the properties of new gas protective clothing

  27. 光学薄膜中界面层和表面吸附层对相位延迟的影响

    Effect of interface and surface adhension layers on phase shift of optical coatings

  28. 流体吸附层厚度计算模型的研究

    On Calculating Model of Adsorbent Layer Thickness

  29. 随着温度的升高,吸附层体积会减小且络合吸附作用得到加强。

    The adsorption layer volume decreases and the complexation adsorption enhances with the increasing temperature .

  30. 乙醇水溶液的表面吸附层

    Surface absorbed layer of ethanol water solution