反氢原子能级及光谱的经典定性研究

基金项目:

陕西省自然科学基金资助项目(40274046)

详细信息

Classical Qualitative Research on the Energy Level and Spectrum of Anti-Hydrogen Atom

摘要: 利用一种带相位因子的经典屏蔽Coulomb势,采用经典分析方法对反氢原子的能级和光谱给出了预言性的描述,结果发现其能级与光谱同氢原子有较大区别。在反氢原子中主量子数n小于1的分数值且正电子由基态跃迁到激发态时才产生光谱,与氢原子发光机制正好相反。
- 反氢原子光谱 /
- 反氢原子能级 /
- 经典 /
- 定性研究中
Abstract: By using a classical screened Coulomb potential with two phase factors and adopting classical analytical methods, the predictive descriptions on the energy level and spectrum of anti-hydrogen atom are given. As a result, the great differences of the energy level and spectrum between anti-hydrogen atom and hydrogen atom are found. The main quantum number n is a fraction less than 1 and the spectrum of the anti-hydrogen atom occurs only when the positron transits from ground state to excitation state, which is just contrary to the luminescent mechanism of an hydrogen atom.
- anti-hydrogen atom spectrum /
- energy level of anti-hydrogen atom /
- classical /
- qualitative research