静电引力

NdL与DNA的作用模式为静电引力。

The interaction model of NdL with DNA is the electrostatic attraction model .

在pH值为2～12范围内，蒙脱土及中原油砂颗粒对膜驱剂的静电引力随电位降低而增大。

Within the range of pH 2 ~ 12 , electrostatic attraction of the film displacement agent caused by montmorillonite and Zhongyuan oil sand increases with the decrease of potential .

NH+4位于栅格的中心，以静电引力与GeF2-6作用，进一步稳定了3D超分子网络。

H-O hydrogen bonds . NH + 4 cations locate in the center of the grids and the electrostatic interactions between NH + 4 and GeF 2 - 6 further stabilize the supramolecular network .

本文研究了在水溶液中无机氧化物表面的极化现象与pH值的关系以及静电引力平衡所致的离子吸附作用。

This paper describes the polarization on the surface of inorganic oxide in water solution , the relation to the value of pH and the absorption of ions by the balance of electric gravitation .

四苯基铁卟啉与核酸以插入式和静电引力结合，在核酸表面聚集增强了RLS信号。

FeTPPCl binds with nucleic acid by intercalation and aggregates on the surface of nucleic acid to enhance RLS signals .

研究了这一反应体系的吸收光谱，认为BSA与ECR之间的结合力是以静电引力为主的非共价键作用力。测得这一反应的表现结合常数为5.2×105；

It is considered that the noncovalent binding forces ( mainly the electrostatic force ) are the binding force between ECR and BSA .

由CPR与HSA反应焓变、熵变，确定CPR与HSA的结合主要是静电引力。

The interaction between CPR and HSA was attributed to static - electricity gravitation which was confirmed by the calculation results of enthalpy and entropy for this reaction .

当有Au（）和KI存在时，Au（）与I-形成AuI-4，AuI-4与RDG+主要通过静电引力形成疏水性的（AuI4）RDG缔合物分子。

In the presence of KI and Au (ⅲ), the AuI - 4 and RDG + combine into hydrophobic AuI 4-RDG association molecule through electric attraction .

研究了不同浓度明胶、海藻酸钠混合溶胶粘度变化，以及不同pH值和不同离子浓度对体系粘度变化的影响，结果表明，明胶与海藻酸钠主要的交互作用力为二成分间静电引力。

The change of viscosity on mixed gel system of different concentrations gelatin and sodium alginate and the effect on system viscosity with change of pH value or ionic strength were studied in this thesis . The result indicated that major interactions of the gel system is electrostatic .

利用多种光谱并结合BSA性质实验探讨了TAPP-Thr-Boc与BSA的结合机理，判断该体系的主要结合作用力为静电引力。

In addition , the interaction mechanism between TAPP-Thr-Boc and BSA is studied by multi-techniques , and the results showed that the binding force of this system was electrostatic force mainly .

结果表明该阴离子型两亲聚合物与CTAB可形成结构紧密的复合物，复合物的粒径以及Zeta电势与CTAB的浓度有关；两亲聚合物与CTAB之间主要通过阴阳离子的静电引力而发生相互作用。

The data shown that the anionic amphiphilic polymer could interact with CTAB forming compact complexes ; the size and Zeta potential of the complexes was dependent on the CTAB concentration . The interaction between the polymer and CTAB is mainly anionic-cationic electrostatic attractions .

当CTAB的浓度小于1.0cec时，表面活性剂靠静电引力吸附在颗粒表面上，此后，吸附过程受疏水作用驱动。

When the concentration of CTAB is lower than 1.0 cec , the adsorption results from the electrostatic interaction between particle surface and head groups of the ionic surfactant . After that , the adsorption process is no longer driven by electrostatic interaction and that hydrophobic interactions probably are involved .

靠静电引力结合在交换剂上的离子，叫做平衡离子。

Any ion electrostatically bound to the exchanger is referred to as counterion .

磁性微球对甲基橙的吸附主要是靠静电引力。

The magnetic microspheres on the adsorption of methyl orange were mainly controlled by electrostatic forces .

预钙化处理使带负电的钛表面由静电引力而聚集了大量的Ca2+离子。

Pre calcification can concentrated Ca 2 + ions on negatively charged titanium surfaces by electrostatic force .

研究结果表明，由于水洗和醇洗，一部分以静电引力所吸附的氟离子被洗去，造成氟离子解吸量偏低。

It is possible that part of the fluoride adsorbed by electrostatic force was removed due to washing with water and alcohol .

液态玻璃的工作原理是这样的：它可以形成一个对水具有强力排斥作用的无形疏水层，疏水层会产生强烈的静电引力，从而将自身固定在被喷洒的物料上。

It works by forming a highly water-repellent invisible hydrophobic layer that generates strong electrostatic forces that bind it to the material in question .

结果：蛋白质通过静电引力和范德华力以及π电子同发色团相互作用。

Results : The protein and the chromophore of lidamycin interacted through molecular electrostatic potential , Van der Waals force , and π - π interaction .

被天然包装的奇妙之处所启发，爱德华兹和他的团队发明了一种由带电粒子制成的薄膜。这些粒子由可食用物质构成，通过静电引力将粒子结合在一起，形成薄膜。

Taking note of nature 's clever packaging , Edwards and his team created a membrane made of charged particles of edible substances bound by electrostatic forces .

二者之间的作用力为静电引力和疏水作用力。在离子强度符合生理条件的情况下，以疏水作用力为主。

The primary binding pattern between caffeic acid and BSA included electrostatic and hydrophobic interaction , and the latter was identified to be the main force under physiological condition .

壳聚糖絮凝陶瓷废水的机理是壳聚糖聚阳离子结构与溶液悬浮物质所带负电之间的静电引力，是一种极有前途的陶瓷废水絮凝剂

The mechanism of chitosan flocculating ceramic wastewater is electrostatic gravitational force and chitosan is a positive ionic flocculating agent , should be a prospective flocculation accelerator for ceramic wastewater

类比质心和引力作用中心，引入感应电荷中心和静电引力作用中心概念。

The concept about the center of inductive electric charge and the center of electrostatic force are introduced by analogy with the center of mass and the center of gravitation .

超分子作用是一种具有分子识别能力的分子间作用，是空间效应影响下的范德华力、静电引力、氢键力、偶极力、电荷转移和疏水等协同作用。

Supramolecular interactions are intermolecular actions with molecular recognition ability , that is , Vander Waals force , electrostatic action , hydrogen-binding , dipole-dipole , charge transfer and hydrophobic action based on synergistic stereochemistry effect .

并对其进行了数学建模，分析了加速度输入时质量片扭转角的大小、力矩器产生的静电引力及支承梁的弯曲挠度和电容误差，给出了检测得到的加速度计的性能。

A mathematical model was created to analyze the torsional angle of the mass following the input acceleration , the electrostatic force caused by the torque generator , the bending of the torsion har and the capacitance error .

溶液中二价阳离子因为静电引力较大，在蒙脱石层与层之间起到架桥作用，减少了卡房式结构形成，从而明显降低了膨润土的触变性。

The thixotropy of bentonite suspension is decreased obviously if there are divalent cations in the solution , because divalent cations bridge the smectite layers for large electrostatic attraction and as a result to decrease the house-of-cards structure .

在加工过程中，电极丝由于受放电爆炸力、静电引力等作用而发生振动和变形，使得电极丝的运动轨迹滞后于数控轨迹，导致在拐角处产生拐角加工误差。

During the processing , the wire electrode is subject to vibration and deformation due to explosive forces and electrostatic forces , making the Wire trajectory lag behind the NC trajectory and therefore resulting in error in cutting comer .

超分子的形成主要依靠分子间的弱相互作用，分子间作用力通常比共价键要弱，包括金属离子配位键、静电引力、氢键、范德华相互作用和给体.受体相互作用等。

The formation of the supra-molecular is based on the weak intermolecular interactions which are weaker than the covalent bonds usually . These interactions include coordination bonds of metal ions , static gravitation , hydrogen bonds , the van der Waals force , the donor-acceptor interaction and so on .

试论静电场与万有引力场的相似性

The Similarities Between the Universal Gravitation Field and the Electrostatic Field

扑尔敏与牛血清白蛋白（BSA）的相互作用符合静电模型，两者主要通过静电引力相互结合。

The interaction of Chlorphenamine maleate with BSA belong to electrostatic model , they are combined by electrostatic attraction .