论文标题
分子$ {\ rm h} _2 $在一个强磁场中重新审视
The molecule ${\rm H}_2$ in a strong magnetic field revisited
论文作者
论文摘要
紧凑的，几乎没有参数，身体足够的3-期变量试验功能用于高精度计算氢分子$ {}^3π_U$的能量，在强磁场$ {\ bf b} $ {\ bf b} $ {\ bf b} $ {\ bf b} $ {\ bf b} $ {\ bf b} $ {\ bf b} $ {\ bf b}中b \ leq 10^{13} \，$ g。假定细胞核（质子）是无限的（零阶的bo appproximation），并沿着磁场线（平行构型）。
A compact, few-parametric, physically adequate, 3-term variational trial function is used to calculate with high accuracy the energy of the ground state ${}^3Π_u$ of the hydrogen molecule ${\rm H}_2$ in strong magnetic field ${\bf B}$ in the range $5\times10^{10}\, {\rm G} \leq B \leq 10^{13}\,$G. The nuclei (protons) are assumed as infinitely massive (BO appproximation of zero order) and situated along the magnetic field line (parallel configuration).
