surface charge density

英 [ˈsɜːfɪs tʃɑːdʒ ˈdensəti] 美 [ˈsɜːrfɪs tʃɑːrdʒ ˈdensəti]

网络  面电荷密度; 电荷面密度; 电荷密度; 表面電荷密度; 表面电荷密度

化学



双语例句

  1. The surface charge density and electric field strength of charged ellipsoid conductor are obtained from the limit form.
    利用极限情形推断了带电导体椭球表面的电荷密度与电场强度。
  2. The relation between the surface charge density of a charged ellipsoidal conductor and its principal radii
    带电导体椭球的面电荷密度与主曲率半径的关系
  3. Articles about the theory of "distribution function of surface charge density" are reviewed and that this theory is incorrect is argued from viewpoint of symmetry.
    文摘:从对称性角度出发讨论了导体表面的电荷分布问题,并对“电荷密度分布函数”的理论作了评述。
  4. The results showed that the average particle size enlarged, but surface charge density and the latex stability decreased, if the monomer concentration increased.
    实验结果表明,加大聚合体系中单体的质量分数,可以得到粒径较大的乳胶粒,但乳液的表面电荷密度和机械稳定性减小。
  5. Moreover, the surface charge density of lipidic nanostructures can be varied in a simple manner.
    更重要的是,其表面电荷密度可以通过简单方式改变。
  6. The application of potentiometric titration in the study of surface charge density on the lyophobic colloid dispersed phase
    电位滴定在憎液胶体表面电荷密度研究中的应用
  7. Applying the finite difference method, the numerical simulation of the surface charge density of a finite conductor stick is presented.
    利用有限差分法对有限长导体棒电荷面密度进行了数值模拟。
  8. Combined with the double-layer force expression on a particle in concentrated dispersions in the case of nonuniform dielectric constant, long-range electrostatic attractions between colloidal particles can be accounted for high surface charge density.
    利用介电常数非均匀情况下的浓分散体系中的粒子双电层力表达式,发现高表面电荷能够引起胶体粒子间产生长距离静电吸引作用。
  9. By means of δ function, uniform charged ring is expressed into surface charge density function on coordinate surfaces. The expression is used in electrostatic problem of uniform charged ring and spherical medium.
    用δ函数把均匀带电圆环表象成为过圆环所在坐标面上的电荷面密度,并结合推广了的静电场边值关系分区求解了介质球与带电圆环静电问题。
  10. AIM: To study the influence of trypsin on the membrane dynamic mechanical properties and the surface charge density of single living intact red blood cell ( RBC).
    目的:研究胰蛋白酶对人红细胞膜表面电荷密度及动态力学特性的影响。
  11. The surface charge density and surface potential for a charged phospholipid vesicle
    带电磷脂膜泡的内、外表面电荷密度和表面电位
  12. By using a new method, the surface charge density, electric capacity, electric potential and electric field intensity will be calculated of the isolated revolving spheroid with the relevant expression of solution obtained.
    用一种新方法,计算了孤立导体旋转椭球的面电荷密度、电容、电势和电场强度,并得出相应的解析表达式。
  13. A melt-blown nonwoven fabric containing tourmaline micro-powder electret was developed, and its properties such as web structure, mechanical properties, air permeability, surface charge density, filter efficiency and antibacterial property were tested.
    研制了一种含有特种电气石微粒复合驻极体熔喷非织造布,并对其纤网结构、力学性能、透气性、表面电荷密度、过滤性能和抗菌性能等进行了测试。
  14. Surface charge density of apoptotic cell was reduced by electret.
    负极性驻极体能减少凋亡细胞的表面电荷量。
  15. Applied study of surface charge density method
    表面电荷密度法的应用研究
  16. The surface charge density of the infinite conductor and wedge-shaped conductor as well as the gibbous surface of the half-columniform conductor is calculated in detail. It is found that the surface charge density of the same curvature radius conductors might be different in static balance state.
    对无限大导体表面,楔形导体表面,半圆柱形凸起表面电荷面密度进行了具体的计算,结果表明在静电平衡的条件下导体表面虽曲率相同,但表面电荷面密度却可以不同。
  17. Positive electret can restrain cell growth and reduce cell surface charge density.
    正极性驻极体具有抑制成纤维细胞生长和降低细胞表面电荷密度的作用。
  18. These results have been explained in terms of the effect of the stabilized alcohol in the micelle on the surface charge density, and the dielectric constant of the micelle palisade layer.
    上述结果利用胶束增溶的醇对表面电荷密度和栅栏层介电常数的影响进行了解释。
  19. Elimination of the edge effect of an inductive probe for measuring surface charge density on a dielectric film
    薄膜介质表面电荷密度测量中探头边缘效应影响的消除
  20. Since the surface charge density of SiC and WC particles in the gold citrate electrolyte is very low, the electric field between the electrode and electrolyte has a little effect on the codeposition of solid particles with metal during the formation of Au-SiC and Au-WC composite coatings.
    柠檬酸镀金溶液中SiC与WC微粒的表面电荷密度很小,在Au-SiC与Au-WC复合镀层形成过程中,电极与溶液界面间电场的作用,对于固体微粒与金属的共沉积影响不大。
  21. The interface characteristics of the surface sediment in the Yellow River is studied according to the surface complexation approach. The point of zero charge, the surface charge density and the total adsorptive sites, the surface intrinsic constants were established.
    运用表面络合模式和原理,研究了黄河表层沉积物的界面特征,确定了零电点、电荷密度、表面吸附位和表面固有常数。
  22. The potential and surface charge density distribution of a single conduct ball have also been calculated and compared with analytic figures, The capacities of several models have been evaluated and compared with analytic or limit values.
    计算了单球体的空间电位分布,并与解析值进行了比较,计算了几种模型的电容,并与解析值和极限值进行了比较。
  23. Conclusion: Negative electret can improve cell growth and increase cell surface charge density.
    结论:负极性驻极体具有促进成纤维细胞生长和增加细胞表面负电荷量的作用。
  24. But the charge quantity, surface charge density is almost same in both type.
    而在两种电解质体系中表面电荷总量、表面电荷密度大致相当,这从一个侧面反映了紫色土表面电荷主西南农业大学硕士学位论文摘要-.口豆口。
  25. Relationship Between Surface Charge Density and Surface Potential of Spherical Colloidal Particle
    球型胶体颗粒的表面电位和表面电荷密度的关系
  26. The relationship between the surface charge density and curvature for an ellipsoidal conductor
    导体椭球的面电荷密度和曲率的关系
  27. As the surface charge density increased, the adsorbed BSA amount also increased.
    随着硅片表面电荷密度增加,BSA吸附量增加。
  28. The inhibiting affectivity on ASR expansion increases obviously with the surface charge density of lithium compound.
    随着锂化合物阴离子表面电荷密度的增加,其对膨胀的抑制效果依次增强。
  29. The former has been widely used in measuring surface charge density, surface potential of semiconductor and ferroelectric domain walls.
    前者已被广泛应用于测量半导体表面电荷密度分布、表面电势以及铁电材料铁电体结构的研究中;
  30. We also discussed the mode selection of plasma surface in two-dimensional case, using fluid equations of plasma and eigen-mode method. The dispersion relations of surface charge density modulation modes have been obtained. 3.
    然后利用等离子体的流体力学方程,采用模式选择的本征模方法,在二维情况下讨论了界面模式选择过程,得到了界面电荷密度调制模式的色散关系。