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首页> 外文期刊>Communications in Theoretical Physics >Lie Algebraic Approach to Energy Transfer for Collinear Collision of Two Anharmonic Diatomic Molecules
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Lie Algebraic Approach to Energy Transfer for Collinear Collision of Two Anharmonic Diatomic Molecules

机译:两个非谐双原子分子共线碰撞的能量转移的李代数方法

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摘要

An anharmonic oscillator algebra model is used to study the collinear collisions of two diatomic molecules. The transition probability for vibration-vibration energy transfer is presented. For an application of the method, we talk about the collision of N2 +CO, N2 + 02 , and N2 + N2 . Through long time averaging, the transition probability changes to the function of total energy of the system. Comparing the results with the quantum results, we can see that the dynamical Lie algebraic method is useful for describing the anharmonic diatomic molecular collision.
机译:非谐振荡器代数模型用于研究两个双原子分子的共线碰撞。给出了振动振动能量转移的过渡概率。对于该方法的应用,我们讨论了N2 + CO,N2 + 02和N2 + N2的碰撞。通过长时间的平均,转换概率变为系统总能量的函数。将结果与量子结果进行比较,我们可以看到,动态李代数方法可用于描述非谐双原子分子碰撞。

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