| 1. | Electrostatic attraction occurs between opposite electrical charges: ＋and－ .
静电吸引发生于相反的电荷之间：与。 |
| 2. | Electrostatic attraction will play a major role in the absorption of viruses to positively charged surfaces .
静电吸引在病毒吸附到带正电荷的表面中起主要的作用。 |
| 3. | Method of rapid prototyping manufacturing using electrostatic attraction
静电吸附式快速成型制造法 |
| 4. | He recognized that polymers softer than polyurethane would squash more under electrostatic attraction and thus would provide greater mechanical strains
他察觉到，比聚氨酯还软的聚合物，在静电吸引力的压缩下变形幅度更大，因此可以提供更大的机械应变。 |
| 5. | Additionally strong electrostatic attraction formed between the metallic cations and the anionics with a large number of negative charges on the terminal groups , which provided the synthesis of some nano - particles of complex structures with inducting skeleton
此外，由于阴离子表面活性剂端基带有大量负电荷可以与金属阳离子产生较强的静电吸引作用，为一些复杂结构的纳米粒子的合成提供了诱导骨架。 |
| 6. | In addition , chondroitin sulfate / chitosan composite films are self - assembled through electrostatic attraction on the positively charges mica substrate . the interaction and mechanism of forming the composite films were introduced . when the concentration of chitosan is 5 mg / ml and the concentration of chondroitin sulfate is 1 mg / ml , the composite films exhibited a good miscibility at a molecular scale . this kind of composite films is promising in the field of medical materials
另外，也研究了草酸钙在硫酸软骨素自组装膜上受控凝集结晶的现象，发现当硫酸软骨素的浓度为1 . 0mg ml时在云母表面形成的网状基底可以诱导过饱和的草酸钙溶液凝集结晶形成liesegang环，为深入研究尿结石中环结构的形成提供了一定的实验依据。 |
| 7. | In this thesis , a kind of reversible immobilization method based on the plasma - polymerized film ( ppf ) used for effective immobilization of active bio - molecules and easy reproduction of sensors is developed . the surface of quartz crystal microbalance ( qcm ) is firstly prepared with plasma - polymerized film of butyl amine by glow - charge technique and then covered with a negative - charged polyelectrolyte by self - assembling . through strong electrostatic attraction , antibodies ( antigens ) positive - charged are immobilized for the determination of antigens ( antibodies )
本论文基于等离子体聚合膜，设计了一种既能固定生物活性物质又易于传感器再生的可逆固定化方法，即采用辉光放电的等离子体沉积技术，先在石英晶体上沉积一层正丁胺等离子体聚合膜，再在膜上自组装一层带负电的聚电解质，用以静电吸附固定抗体(抗原)测定抗原(抗体) 。 |
