double layer potential
英 [ˈdʌbl ˈleɪə(r) pəˈtenʃl]
美 [ˈdʌbl ler pəˈtenʃl]
双电层电位
双语例句
- Geometry Boundary Identification of Unsteady Heat Conduction Based on Dual Reciprocity Boundary Element Method A Note on a Priori Estimate of Double Layer Potential for Boundary Curves
基于双倒易边界元法的非稳态导热几何边界识别关于双层热势对边界曲线的先验估计的注记 - A Note on a Priori Estimate of Double Layer Potential for Boundary Curves
关于双层热势对边界曲线的先验估计的注记 - The electronic circuit of multi-purpose instrument for electroplater was designed for measuring the electrical double layer at the electrode, by means of the essential principle of rectangular potential.
电镀参数测试仪测定电极双电层微分电容&电位曲线的电路是根据方波电位法的基本原理设计的。 - The double layer capacitance was kept unchanged in the range of potentials lower than the desorption potential, and increased rapidly as the potential reached the desorption potential.
界面电容在外加电位低于脱附电位时保持不变，达到脱附电位后迅速增加。 - Meanwhile, because of the existence of electrical double layer between the solid phase and liquid phase, when the liquid constituents in the pore diffuse, the streaming potential appears, and the growth and absorption of bone tissue is expedited.
同时，由于骨组织固-液两相界面间双电层的存在，当液体组分扩散时，引起流动电位，从而促进骨的生长和吸收。 - In addition, when the concentration of the fluoride solution increases, the electric double layer becomes thin and the ζ potential falls, resulting in flocculation of montmorillonite together with fluoride ions.
另一方面，随着NaF浓度升高，蒙脱石的双电层变薄，体系ζ电势减少，发生絮凝作用，并携带F-沉淀下来。 - Based upon the electric double layer theory and analysis of flocculation mechanics an exact definition of the water layer attached on surface of fine sediment particle was proposed by means of slipping water layer corresponding to the ζ potential.
根据胶体稳定性理论，分析粘性泥沙颗粒粘结的物理机制后指出：应该用扩散双电层中ζ电位相应的滑动面到颗粒表面间的水体（滑动层）表示束缚水层。 - The author considers that the double layer at the solid-liquid contact surface is the main effect for the self potential produced on the hole wall.
认为固、液相界面的双电层是形成井壁自然电位的主要因素。 - The influence of double layer for scalar potential, the double layer universal solutions of scalar potential and the only theorem of boundary value problem are discussed.
论述了偶层对标势的影响及有偶层存在时标势的普遍解和边值问题的唯一性定理。 - The effects of double electric layer and ζ electric potential on cationic emulsified asphalt particle are analysed. The mechanism of demulsification also discussed.
本文分析了阳离子型乳化沥青微粒的双电层结构及其ζ电位，并对破乳的机理进行了探讨。 - This paper presents a new numerical solution for Neumann problem of Helmholtz equation in R~ 3. The expression of the solution for this problem is obtained by use of a double layer potential and it leads to a Fredholm boundary integral equation of the first kind.
本文给出一种三维Helmholtz方程Neumann问题的新的数值解法。首先利用双层位势推得问题解的积分表达式并导出了一个Fredholm第一类积分方程。 - According to the theory of electrical double layer potential in a capillary and the relation between Zeta potential and cation exchange capacity, the radial distributions of potential and ions concentration are assured.
为研究含水泥质砂岩导电特性的机理，由单毛管双电层电位理论和阳离子交换量与Zeta电位的关系，得到了毛管径向电位分布和离子浓度分布。 - The component of electrical double layer, three potentials between solid and liquid surface, the testing methods of ζ potential and the effect of paper aids to the electrical double layer were reviewed.
综述了纸料胶体体系中双电层的组成、固液表面存在的三种电势，ζ电位的测量方法以及添加造纸助剂对双电层的影响。 - Double Layer Interaction between Parallel Plates with High Surface Potential
平板型高电位胶粒双电层的相互作用 - The influence of chemical factors on the filtering process is rather complicated. Inorganic electrolyte intensifies the filtering process mainly by compressing double electric layer on the surfaces of minerals. When ζ-potential on the surfaces of minerals is zero, the filtering effect is best.
化学因素对滤过程的影响较为复杂，无机电解质主要是通过压缩矿物表面双电层而强化过滤过程，在矿物表面ζ－电位等于零时，过滤效果最好； - The Influence of Double Layer for Scalar Potential
偶层对标势的影响 - When anti-ions in diffusing electric double layer were all pressed in stern, Zeta potential is zero, and the micelle is isoelectric. This pH value agrees with that suitable for preparation of mesoporous oxide.
当扩散层中的反离子全部被压入Stern紧密层时，Zeta电位为零，胶粒处于等电状态，该pH值与制备介孔样品时的合适pH值一致。 - The boundary element method is an effective numerical method for solving potential problem, but it needs to calculate singular integrals. Especially, we will meet the hyper-singular integral when we calculate the normal derivative of a double layer potential.
用边界元法来求解位势问题有效而简单，但通常需要求解奇异积分，特别是当公式中有双层位势的法向导数时，会遇到超强奇异积分。