用B-splines技术将波函数在径向和角向同时展开,考虑两核之间的相互作用,计算超强外磁场中,氢分子离子基态(m=0)和低激发态(m=-1,-2,-3,-4)的能级与两核间距离的关系,计算结果在2.35×10^6→2.35×10^8T整个区域比绝热近似结果的精度提高0.01到0.02.
Consider the inter-reaction between the atomic nucleus of H2^+ , the B-splines basis tunction is used to build into the trial wave function and angular wave function of H2^+. The ground state(m=0) and lower exited state(m= - 1, - 2, - 3, - 4) energy of H^2 + are investigated in the superstrong external magnetic field. In the calculation, the strengths of magnetic field are 2. 35 ×10^6→2.35×10^8 T. The calculation precision is improved to 0.01or 0.02, and better than adiabatic approximation method.