Energy levels, radiative transitions and Auger transitions of the core excited states from 1s2s${}^{\mathrm{2}}$2p${}^{\mathrm{2}}$ and 1s2s2p${}^{\mathrm{3 2,4}}$ L ($L=S,P,D$) configurations for B-like systems including P${}^{\mathrm{10+}}$, Ca${}^{\mathrm{15+}}$, Mn${}^{\mathrm{20+}}$, and Zn${}^{\mathrm{25+}}$ ions are calculated using the saddle-point variation and saddle-point complex-rotation methods. The first-order perturbation theory is used to calculate relativistic and mass polarization corrections. Present energy levels, radiative transition rates and wavelengths, Auger rates and electron energies are compared with theoretical and experimental values in the literature. The total radiative rates and the total Auger rates for these resonances are also discussed with nuclear charge numbers.

从1s2s开始的核心激发态的能级，辐射跃迁和俄歇跃迁${}^{\mathrm{2}}$2p${}^{\mathrm{2}}$ 和1s2s2p${}^{\mathrm{3\; 2,4}}$ L（$\mathrm{大号}=\mathrm{小号}，P，d$）的B类系统（包括P）的配置${}^{\mathrm{10+}}$，钙${}^{\mathrm{15岁以上}}$锰${}^{\mathrm{20+}}$和锌${}^{\mathrm{25岁以上}}$使用鞍点变化和鞍点复数旋转方法计算离子。一阶微扰理论用于计算相对论和质量极化校正。将现有的能级，辐射跃迁速率和波长，俄歇速率和电子能量与文献中的理论和实验值进行了比较。还用核电荷数讨论了这些共振的总辐射率和总俄歇率。