Van Der Waals force
英
美 [væn dɜr wɑlz fɔːrs]
网络 范德华力; 凡得瓦力; 范德瓦耳斯力; 范氏力; 范德华引力
双语例句
- The color-analog Van der Waals force between two hadrons is studied by use of the coupling channel resonating group method in the framework of the Gaussian-type quark confinement potential.
本文采用高斯增长的夸克禁闭势和耦合道共振群方法研究了强子之间的色vanderwaals力问题。 - The values of potential energy of the proximate excellent conformations of one-substituted cyclohexane, butane, 1,1-ditoluene-2-substituted cyclohexane were computed by the method of MM_2. The interactive rules of stereochemistry of the Van der Waals force between molecules were explained and confirmed by the relative results of computation.
并用MM2法计算了一元取代环已烷、丁烷、1,1-二甲基-2-取代环已烷等的前优化构象的立体能，同时用计算结果解释和查明了分子内范德华相互作用的立体化学规律。 - The Van der waals force and electrostatic interaction between the heterogeneous particles wollastonite and TiO2 and its combining force among particles are all attracting forces. The mechanochemical effect was generated accompanying the granular refinement in the process of wet ultrafine grinding.
液相体系中，硅灰石和TiO2异质颗粒之间范德华作用和静电作用及两者综合形成的粒间作用均为吸引。硅灰石在搅拌磨湿法超细研磨中伴随颗粒的细化，产生了机械力化学效应。 - Generalized parametric constitutive law for van der Waals force simulation and its applications in computation of nanotubes
范德华力的广义参变本构模型及其在碳纳米管计算中的应用 - The results show that molecular interaction at interface of TATB/ Fluoropolymer composite is mainly Van der Waals force, and this force can not resist interfacial slippage effectively.
结果表明：TATB/氟聚物复合材料界面的分子间作用主要是范德华力，并且这种力不能有效阻止该界面的滑移。 - Its self-assembled process is driven by weak, reversible and non-covalent interaction forces such as hydrogen bonds, aromatic ring π-π piled up and polarity, and van der Waals force.
其自组装过程由弱的可逆的非共价相互作用力如氢键，芳环π-π堆积及极性和vanderwaals相互作用来驱动。 - Having the same dimension, the influence of Van der Waals force on double-track magnetic head is smaller than wedge-type slide block's.
在相同尺寸的磁头中，双轨式磁头的范德华力小于楔型滑块的范德华力，而前者的承载力大于后者，双轨式磁头的范德华力对其承载性能影响较小。 - Micro stick-slip and stiction failure are familiar phenomena in microelectromechanical systems due to the dominant role of various surface forces including electrostatic force, van der Waals force and capillary force.
微观黏滑和黏附失效是微机电系统中的常见现象，该现象主要是由于受包括静电力、范德华力及毛细力等各种表面力所起的主导作用而产生的。 - The influence factors and forming mechanism of nanoparticle agglomerates were analyzed in this paper. This article pointed out that forces such as Van der Waals force, hydrogen bond action and electrostatic action were the essential reasons for agglomerates.
分析了纳米颗粒团聚的影响因素及形成机理，指出颗粒之间的范德华力、氢键作用、静电作用等各种作用力是形成团聚的根本原因。 - 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.
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。