adhesion

The contact mechanics model is established and the relation of the adhesion to the normal forces is simulated.

以JKR接触理论和GW粗糙表面模型为基础,将聚氨酯表面与光滑蓝宝石球的接触作为点接触,与玻片的接触看做是多个凸峰与光滑平面的接触,建立接触力学模型分析粘着力与法向力间的关系。

When the ratio of polyol and diphenylem-thanediisocyanate is 1:2, the adhesion between rough surface and samples reaches its maximum.

结果表明,聚氨酯的化学成分对其粘着性能有重要影响,在多羟基化合物与MDI(二异氰酸酯)的组分比为1:2时,粘着力最大。

For the special robot's foot design based on imitating the gecko's foot, the characteristics of adhesion and friction of 4 samples of polyurethane were tested.

结果表明,负法向力(即粘着力)随法向力的增加而呈对数规律增加;在负法向力下,切向力随负法向力的增加而线性增加;在一定负法向力下,切向力随初始法向力的增加按对数规律增加。

A formula of active earth pressure on retaining wall was proposed which considers the cohesion force on sliding plane and the adhesive force on interface of soil and retaining wall.

考虑滑裂面上填土的粘聚力及填土与墙背接触面上的粘着力,推得了粘性填土挡墙上的主动土压力计算公式。

Based on the numerical method for the contact of wheel and rail with a water medium, a numerical method of analyzing the adhesive force between high speed wheel and rail with a water medium is developed under the condition of neglecting the part of traction forces transferred by the water medium.

借助于水介质作用下轮轨接触的数值解法 ,在忽略了由水介质传递的轮轨牵引力的条件下 ,建立了高速轮轨水介质粘着力的数值分析方法。

in this paper, the generating principle of the tractive force and the brake power as well as their relationship to the adhesive force are analysed based on the mechanics theory.

本文根据力学原理分析了牵引力和制动力产生的机理，以及两者与粘着力的关系，得出牵引力和制动力的相同与不同之处，并提出应试验研究“计算最大制动力的粘着系数计算公式”。

The causes to dropping of the adhesion force at high speed are analyzed.

分析了高速时粘着力下降的原因 ,介绍了国外高速车辆改善粘着、提高粘着力的方法 ,提出我国高速车辆应采取的相应措

The main feature of the model is the incorporation of the particle adhesion force and the large deformation of the particle and pad.

基于芯片/磨粒/抛光垫的微观接触力平衡关系,建立了考虑抛光垫/磨粒大变形和粘着力效应的微观接触模型。

The binding power and exposure degree are used in the incipient velocity formula of rill sediments.

引入暴露度概念 ,考虑粘着力对泥沙起动的作用 ,用建立的细沟流泥沙起动公式推导出细沟侵蚀稳定宽度的计算公式 。

According to the movement characteristics of sediment,the binding power and exposure degree were used in the incipient velocity formula of rill sediment.

根据细沟泥沙运动特点,考虑细颗粒泥沙的粘着力作用和非均匀沙的暴露度,建立了细沟泥沙起动公式。

Based on the electron-chemical theory of fine sediment flocculation,the cohesive force expression betwen fine sediment grains was deduced in this paper.

根据粘性细泥沙絮凝的电化学理论，导出颗粒之间粘着力的表达式，建立了包括粗、细泥沙在内的统一的临界起动切应力和临界起动流速公式。

Based on the electron-chemical theory of fine sediment flocculation the cohesive force expression betwen fine grains was obtained.

从粘性细泥沙絮凝的电化学理论出发,导出细泥沙颗粒之间粘着力的表达式,建立包括粗、细泥沙在内的统一的临界起动切应力和临界起动流速公式。

TERAOKA's Packing Tapes exhibit highly effective adhesion.

TERAOKA包装用胶带具有高度有效的粘着力。

The material must be moderately coherent and firm.

材料必须有适度的粘着力和坚固性。

The adhensive forces were found to be related to the metal to oxygen chemical-bond energy.

已经发现，粘着力与金属-氧的化学结合能有关。

That friction is more likely to be a molecular phenomenon closely associated with adhesion.

摩擦很可能是与粘着力紧紧相连的一种分子。

The quantity of cement can be adjusted freely to encure the even adhesive force.

上胶量可随意调整，均匀适中，确保粘着力平均。

Fig. 8. 15 shows some experimental results for limiting adhesion against creep.

图8．15表示试验得出的极限粘着力对爬动量的关系。

To stick fast by or as if by suction or glue.

粘附，附着被吸力或胶水粘住，象被吸力或胶水粘住一样

Nanoscale Contact Simulations by Using Molecular Dynamics;

纳观表面粘着接触的分子动力学模拟

He wore glasses which were broken and taped from repeated blows aimed at him by Dudley.

他戴着由于达力揍他而弄坏，用胶带粘补的眼镜。

Study on Adhesive with Fast-speed Curing at Room Temperature and High Adhesive Force;

高附着力的室温快速固化胶粘剂的研究

adhesion molecule

粘着分子，粘附分子

coefficient of kinetic viscosity

动力粘性系数，动力粘度

testing method for adhesion of bonded fabric

粘接布的粘附力测定法

homophilic adhesion

同嗜性粘着[同种细胞（或分子）间的粘着]

Sticking or holding fast.

粘着的粘附着的或紧紧抓住的

The viscous force constantly drains eddy energy and limits the population of eddies.

粘性力不断消耗旋涡的能量，从而抑制着旋涡的繁殖。

Adhesive friction, as of a wheel on a track or a tire on a road.

附着摩擦力粘附性摩擦，如车轮在轨道上或轮胎在路面上的

Plasma Membrane-cell Wall Adhesion is Involved in Mediating Plant Cell Response to Environmental Mechanical Stress;

壁膜粘着参与植物细胞响应机械应力的实验研究