The relationship between the plastic force of the cantilever and the adhesion of the AFM is discussed. The reason for the AFM "snap back" is discovered. 分析了AFM悬臂梁弹性力同针尖接触力的关系,发现了引起AFM“突跳”的本质是弹性力同接触力的不稳定平衡问题;
The Way to Raise Tractive Force of Heavy Haul Trains from the Viewpoint of Wheel-Rail Adhesion 从轮轨粘着原理谈提高重载列车牵引力的途径
More-( over), the surface adhesion force of treated ITO film is almost as twice as that of untreated ITO film, which implies oxygen plasma treatment induces higher surface energy and smaller contact angle, and therefore, the wettability and adhesion performance are improved. 而且表面吸附力增大近一倍,表面能增大,接触角减小,使ITO薄膜表面的润湿性能和吸附性能得到改善。
Study on Micro Friction and adhesion force of OTS self-assembled film(ⅱ) experiment and analysis of adhesion force 二氧化硅及其硅烷自组装膜微观摩擦力与粘着力的研究(Ⅱ)粘着力的实验与分析
Conclusion: The rushing force of dislocated radial head, and the contusion, compression, stretching and adhesion of the nerve are all contributory factors of the nerve injury. 孟氏骨折合并骨间背侧神经损伤的机制与局部解剖特点有密切关系,是脱位桡骨小头的冲击力、挫伤、压迫、牵拉和粘连等诸因素综合作用所致。
The problems of how to raise tractive force of heavy haul trains are comprehensively discussed, particularly from the viewpoint of wheel-rail adhesion. 本文着重从轮轨粘着方面,对怎样提高重载列车牵引力问题作了综合探讨。
The binding force and wear resistance of oxide film generated in the water-alcohol vapor atmosphere is better than the oxygen atmosphere. ( 2) The influence of shot blasting pretreatment before oxidation on Oxidation kinetics, oxide morphology, adhesion strength and wear resistance. 研究氧化处理前的喷丸预处理对穿孔顶头材料氧化动力学、氧化物形貌、结合力及耐磨性能的影响。
The force under condition of dynamics sewage treatment is described in detail, and the quantity of bio-carriers bio-film is analyzed by using of microbe adhesion kinetics model. 对动态环境下生物载体挂膜过程所受的力进行了详细地描述,采用附着动力学模型定量地分析生物载体挂膜效果。
In this thesis, molecular dynamics simulations based the COMPASS force field are applied to investigate the intermolecular interactions between graphene sheets and different polymer molecules. The influence of structure and conformation of the polymer and graphene width on polymer adhesion is investigated. 本论文利用基于COMPASS力场的分子动力学模拟研究石墨烯和不同聚合物分子间的相互作用。
Then, the influence of adhesion in the design of resonator is discussed. Calculate the response of micro-resonator driven by the capillary force, which is the major part of adhesion. 其次,讨论粘附力在微共振器设计中的影响,计算在粘附力中起主要作用的毛细引力作用下微共振器的动力学响应。
Use the knowledge of Materials Mechanics, derive the formula of equivalent elastic modulus, and then calculate the force of the screen use the formula. Analyze and discuss the formation mechanism of screen adhesion force. 利用材料力学知识,推导出了当量弹性模量的计算公式,并且应用于丝网的受力计算;分析讨论了网版粘附力的形成机理。