Fiction, especially science fiction, is full of magical force fields. In 2006, scientists at the University of Florida were researching a particularly strong force field on a molecular level.
幻想小说，尤其是科幻小说，常常描绘了许多神奇的力场。在2006年，佛罗里达大学的科学家们正致力于分子水平上的特殊力场研究。
Humans, he writes, “fail to see cold for what it is: the absence of heat, the slowing of molecular motion, a sensation, a perception, a driving force.”
他写道，人们 “看不到寒冷的真面目：没有丝毫热量，分子运动变慢，震撼，领悟，驱动力。”
The results show that the interrelation of molecular recovery ability and intermolecular force in the fibre is basic factor which affect above-mentioned fibre properties.
结果表明：纤维大分子链卷曲收缩能力和分子间作用力的相互关系是影响纤维上述性能的根本因素。
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。
The computational software in the fields of computational chemistry and materials science, and the molecular force fields which have been employed in polymer systems, were presented.
介绍了用于计算化学和材料科学领域的计算软件，以及可用于高分子体系的分子力场。
The molecular morphology was observed directly by atom force microscope (AFM) and transmission electron microscope (TEM).
采用原子力显微镜及透射电镜直接观测分子形貌。
Atomic force microscope molecular imaging and nanometer manipulation will be widely applied on biomedicine.
原子力显微镜分子成像和纳米操纵技术在生物医学中具有广阔的应用前景。
In this article, the author expounds the influence of molecular force on such physical property as melting point, boiling point and the solubility from the theory and by setting many real examples.
该文通过实例，从理论上说明分子间作用力对有机物的熔点、沸点和溶解度等物理性质的影响。
In this paper molecular dynamics (MD) simulation was applied to validate COMPASS force field for HMX.
首先通过分子动力学(MD)模拟考察了COMPASS力场对HMX的适用性。
Further, calculated forces and time by FPMD (force-probe molecular dynamics) suggest that the opening of the naphthoate moiety should be the most favorable pathway.
模拟结果表明从萘酸基方向释放可能是烯二炔环发色团分子最佳的释放路径。
Because of the long chain molecular structure of rubber and the weak secondary force between molecules, the rubber material has a unique viscoelastic property, so it has a good effect.
橡胶的这种卷曲的长链分子结构及分子间存在的较弱的次级力，使得橡胶材料呈现出独特的黏弹性能，因而具有良好效果。
The influence of molecular repulsive force in the properties of real gas was discussed through the analysis with Van der Weals equation.
通过分析范德瓦尔斯方程的体积修正项在几个典型实验中所起的作用，讨论分子斥力对实际气体性质的影响。
Turbo molecular pump in the first grade side of the inflatable, can force the hydrocarbons into the immediate adoption of turbo-molecular pump chamber.
在涡轮分子泵的前级侧充气，能强制使碳氢化合物立刻通过涡轮分子泵流入真空室。
In order to investigate the origin of the oscillation of friction force on the atomic scale, Molecular dynamics simulation is employed to research it from the period of the oscillation.
为了研究原子尺度下摩擦力波动现象产生的本质，利用分子动力学模拟的方法从摩擦力波动周期的角度对其进行探讨。
Experiments show that the molecular force of attraction and repulsion of the vector.
实验表明，分子力为吸引力和排斥力的矢量和。
The ABEEM/MM force field for protein model is the fluctuating charge model for protein combined atom-bond electronegativity equalization method (ABEEM) and molecular methanics(MM).
MM蛋白质力场模型是应用于蛋白质体系的原子-键电负性均衡方法（ABEEM）与力场（MM）相结合的浮动电荷模型。
Based on Ampere" Molecular Current Hypothesis, Dipole theory and Ampere Law, the interaction force formulation of two spherical particles which aligned with the external field is firstly deduced."
然后根据安培分子电流假说、偶极子理论和安培定理，计算了沿磁场方向两个球形粒子的作用力表达式。
The results show that the main drive force was the suitability between the solutes' molecular structures and micellar cavities in the separation of vi...
说明分离维生素B类物质的主要驱动力是溶质分子的结构与胶束空穴的适配性。
Molecular potential change is compared after the calculation; we find that Van Der Walls force is the main inter-molecular force.
经过计算后对比分子势能变化，发现范德华力是分子中的主要作用力。
The relative adhesion force of biofouling increases with the increasing of molecular weight and reduces with the increasing of content of silicone oil;
附着生物的相对结合力随着硅油分子量的增加而增大，随着硅油含量的增加而降低；
The relative adhesion force of biofouling increases with the increasing of molecular weight and reduces with the increasing of content of silicone oil;
附着生物的相对结合力随着硅油分子量的增加而增大，随着硅油含量的增加而降低；
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