CAJ | 학술논문

在考虑了核运动的情况下，给出了以相对论动力学方程为基础的类氢离子电离能的计算公式，对实验上已观测到的37个类氢离子的电离能进行了计算．结果与实验值的误差远小于玻尔理论或量子力学理论的误差，并优于文献中的计算结果。
재고필료핵운동적정황하，급출료이상대론동역학방정위기출적류경리자전리능적계산공식，대실험상이관측도적37개류경리자적전리능진행료계산．결과여실험치적오차원소우파이이론혹양자역학이론적오차，병우우문헌중적계산결과。
Taking nuclear movement into consideration, this paper puts forward a relativistic calculation formula for ionization energy of hydrogen-like ions based on relativistic dynamical equations. The ionization energy of 37 types of hydrogen-like ions observed in experiments is calculated with the formula. The experimental results show that the error is much smaller than that based on the Bohr Theory or Quantum- mechanical Theory, and better than the calculations found in the literature.