谐振子势阱下二维氢原子的运动

Two-Dimensional Hydrogen Atoms Under Harmonic Oscillator Potential Trap

运用龙格-库塔法解决了被囚禁在谐振子势阱下的二维氢原子的运动情况,得到了氢原子的轨迹图。由运动轨迹图得出:不同能量值的氢原子的运动有不同特性,并且同一能量值下不同初始条件的氢原子的运动也呈现不同特性。

The Runge Kutta method has been used to solve the motion of two dimensional hydrogen atom under the harmonic oscillator potential trap, and the hydrogen atom trajectory and Poincare diagram has been gotten. We have drawn a conclusion： the motion of the hydrogen atoms with the different energy values have different characteristics, and the motion of the hydrogen atoms also show different characteristics with the same energy values and different initial conditions.