排斥势

  • 网络repulsive potential
排斥势排斥势
  1. 本文用推广了的Heitler-London方法计算了高温下氦-氩原子间的排斥势函数以及高温下氦-氩气体的维里状态方程。

    Repulsive potential functions between helium-argon atoms and Virial state equation for helium-argon gases under temperature are calculated by use of extended Heitler-London , s methods .

  2. 离子晶体中两种排斥势函数的比较研究

    A Comparison Between Two Kinds of Different Repulsive Potential for Ion Crystal

  3. 金属氢理论(Ⅱ)&一对H2分子的相互作用排斥势

    Theory of Metallic Hydrogen (ⅱ) Interacting Exclude Potential of a Pair H_2 Molecular

  4. 在二级微扰变分近似下得出了其基态能量表达式和基态持续电流表达式,并在库仑排斥势趋于无穷大的假设下,得到了系统Kondo温度及持续电流的数值计算结果。

    The explicit expression of the ground state energy and the persistent current of the system are obtained by a second order variational perturbation approximation method .

  5. 基于团簇理论并计及邻近和次邻近原子对中心原子的屏蔽作用,我们用完全量子力学方法计算了hcp结构固态氦的原子多体作用排斥势和等温压缩线。

    Based on the theory of atomic cluster and taking account of the screening effects induced by nearest neighbour and next nearest neighbour atoms , we have calculated the many body repulsive potential and isothermal compression curve for solid helium with hcp lattice configuration .

  6. 相同稀有气体原子间近程排斥势的新探索

    Further study of homogeneous rare gas interatomic short range repulsive potentials

  7. 原子间近程排斥势与电荷密度重叠积分之间关系的探索

    Relationship between interatomic short range repulsive potentials and interatomic charge density overlap integrals

  8. 高温氖气中氖原子间的排斥势函数与二级维里系数

    Repulsive potential function between neon atoms and second virial coefficient under high temperature

  9. 液晶分子的抗弯刚度与分子间位致排斥势

    Bending strength of molecule and the steric repulsive potential between molecules of liquid crystals

  10. 高温下氦氩原子间的排斥势函数与氦氩气体的维里状态方程

    Repulsive potential function between helium-argon atoms and virial state equation for helium-argon gases under high temperature

  11. 发现杂质势为吸引势和排斥势时对电流密度分布的影响是不同的。

    The effect of attractive potential on the current distribution is different from that of repulsive one .

  12. 超子排斥势和弱吸引势对中子星性质的影响

    Hyperonic Potential in Neutron Star

  13. 五种金属的离子闭合壳层排斥势函数和高压状态方程

    The repulsive potential functions of ionic closed shells and the high-pressure equations of state for five metals

  14. 计算结果表明该重叠积分可以用来表示稀有气体原子间的排斥势。

    Their results show that interatomic repulsive of the rare gas can be expressed by the overlap integrals .

  15. 本方法也可以用来计算高温下其他闭合壳层原子间的排斥势函数及高温下的维里状态方程。

    The method scan be applied to calculating repulsive potential function between other close shell atoms and Virial state equation under high temperature .

  16. 将障碍物的运动信息引入到排斥势函数中,使传统的静态势场变为动态势场。

    Combining the motion information into the repulsive force function , which transform the static artificial field function to the dynamic artificial field function .

  17. 发现在计算的氢原子结合能与d电子排斥势之间存在着定量的反比关系。

    An inverse curve and some empirical formulas have been found between the computed binding energy of hydrogen atom and the d electron repulsive potential .

  18. 通过研究我们发现调节失谐可以改变腔间的有效排斥势,使系统极化激元在超流和绝缘态之间实现转变。

    By which we find that detuning from resonance allows to drive the system from the superfluid into the insulator state of the polaritons and the reverse .

  19. 在研究不同超子势下超子耦合常数对中子星性质的影响中。分别对4种不同的超子势进行了计算,计算发现,∑强排斥势和(?)

    In the process of studying the influence of different hyperons couplings on the neutron star , we find that sigma baryons do not appearance is in the neutron star matter , when it experiences a strong repulsive potential .

  20. 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。

    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 .

  21. z~(-4)排斥位势的Regge极点

    Regge poles for z ~ ( - 4 ) repulsive potential

  22. 对氢化锂晶体进行研究时,我们得到Li~+和H~-离子之间排斥作用势函数,结果表明文献〔1〕中提出的离子压缩效应具有客观性。

    When analysing LiH crystal , we obtained the repulsive potential function between Li + and H - , and the results show that the compression effect of ions mentioned in literature [ 1 ] seems to exist .

  23. 分子系统具有Morse振子和分子间指数排斥相互作用势的类型。

    The molecular systems are of the type of the Morse oscillator and the intermolecular exponential repulsive interaction potential .

  24. 首先利用该系统的Bethe-ansatz方程和能量本征值,分别在排斥和吸引势两种情况下依据弦假设求解Bethe-ansatz方程,并通过对系统自由能的变分,给出热力学Bethe-ansatz方程(TBAE)。

    Firstly , using the eigenvalue of Hamiltonian and Bethe ansatz equations , we derive the thermodynamics Bethe ansatz equations ( TBAE ) based on the string hypothesis for both a repulsive and an attractive interaction .