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首页> 外文期刊>Journal of Experimental and Theoretical Physics >Dynamics of a Diatomic Molecule in a Trap
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Dynamics of a Diatomic Molecule in a Trap

机译:陷阱中双藻分子的动态

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The dynamics of a diatomic molecule possessing translational, rotational, and vibrational degrees of freedom in a trap has been analyzed theoretically and numerically. The interaction of atoms in the molecule is described by the Lennard-Jones potential, while the interaction of atoms with the trap walls is described by an exponential potential of repulsion. The motion of a molecule away from the trap walls can be reduced to the classical two-body problem with the central interaction and is regular. It has been established that an intense interaction of atoms of the molecule with the trap walls leads to stochastization of motion.
机译:理论上和数值在疏水阀中具有平移,旋转和振动自由度具有平移,旋转和振动自由度的硅藻分子的动态。 由Lennard-Jones电位描述了分子中原子的相互作用,而原子与陷阱壁的相互作用是通过拒绝的指数电位描述的。 远离捕集壁的分子的运动可以通过中央相互作用和常规减少到经典的双体问题。 已经确定,分子与捕集壁的原子相互作用导致运动的随机化。

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