repulsive potential造句

• The stronger orientation of potential is , the weaker repulsive potential is , and the bigger probability of non - elastic scattering is . the dcs in exciting states is smaller when small angles , and will be bigger when big angles
  非弹性散射截面与势能的方向性和排斥势的强度密切相关，势能的方向性越强，排斥势越弱，产生非弹性散射的几率就越大。
• Study indicates that adapted ms potential surface is a kind of potential with concision form , coherent expression that can describe exactly the characteristic of system interaction . non - elastic scattering sections are sensitive to orientation of potential and strength of repulsive potential
  最后的结论是：改进后的ms势能模型是一种形式比较简便、表达函数高度统一、能准确地描述系统的相互作用特征的势能形式。
• In this paper , we discuss the relationship of the theoretical formula for anchoring energy and other phenomenological formulas . in the case of one - dimension the theoretical formula return to rp formula and w1 = a0 , w2 = a - a ( ? ) . when the interaction of two molecules is repulsive potential , the theoretical formula recovers the phenomenological formula of zhao et al
  本文讨论了理论公式与其它各种唯象公式间的关系，当用于液晶盒的一维问题时，理论公式化为rp公式，并且w _ 1 = a _ ， w _ 2 = a _ - a _ ；当两种分子之间的作用势为排斥势时，由理论公式可得到zhaoet
• Scattering sections reflect some characters of interaction potential in collision systems ; therefore one can get information about interaction from the theoretical and experimental research of collision between atoms and molecules . it is especially noted that non - elastic scattering sections and single rotational - excitation sections give abundant information about orientation and repulsive potential of interaction between atom and molecules , which meant an important way as to fully investigating the interaction between atoms and molecules
  散射截面反映了碰撞体系相互作用势的基本特性，从原子分子碰撞的理论及实验中能够获得有关相互作用的信息；非弹性散射截面和单个转动激发截面提供了有关原子与分子相互作用方向性和排斥势的丰富信息，是全面探索原子与分子相互作用的重要途径之一。