We present a state-selective electron capture cross sections database from the ground state hydrogen atom. A standard three-body classical trajectory Monte Carlo (CTMC) and quasi-classical trajectory Monte Carlo (QCTMC) models were employed for impact energies between 10 and 200 keV/amu. The projectile ions are H${}^{+}$, He${}^{2+}$, Li${}^{3+}$, Be${}^{4+}$, B${}^{5+}$, C${}^{6+}$, N${}^{7+}$, and O${}^{8+}$. The cross sections are tabulated for each value of the final quantum numbers n, l, m, summed over m for the given n and l and over l and m for the given n. The maximum quantum number ${\mathit{n}}_{\max }$ is set to 4 for H${}^{+}$, He${}^{2+}$ and Li${}^{3+}$, as well as to 5 for Be${}^{4+}$, B${}^{5+}$, C${}^{6+}$, N${}^{7+}$ and O${}^{8+}$, respectively.

我们提出了一个来自基态氢原子的状态选择性电子捕获截面数据库。标准三体经典轨迹蒙特卡罗 (CTMC) 和准经典轨迹蒙特卡罗 (QCTMC) 模型用于 10 到 200 keV/amu 之间的冲击能量。抛射离子为 H${}^{+}$， 他${}^{2+}$, 李${}^{3+}$， 是${}^{4+}$, 乙${}^{5+}$， C${}^{6+}$, N${}^{7+}$, 和 O${}^{8+}$. 对于给定的n和 l 以及在给定的 n 和l和m上求和的最终量子数n 、 l 、 m的每个值，横截面被制成表格。最大量子数${\mathit{n}}_{\mathrm{最大限度}}$对于 H 设置为 4${}^{+}$， 他${}^{2+}$和李${}^{3+}$, 以及 5 代表 Be${}^{4+}$, 乙${}^{5+}$， C${}^{6+}$, N${}^{7+}$和 O${}^{8+}$， 分别。