The double electron E1 transition energies, probabilities, and oscillator strengths between the $2s2p^n$ and $1s^{2}2p^{n-1}(1\le n\le 6$) configurations of Xe${}^{q+}(47\le q\le 52$) ions with different spectator electrons have been calculated based on the multi-configuration Dirac-Hartree-Fock method. A reasonable electron correlation model is constructed with the aid of the active space method. The finite mass of nuclear, Breit interaction and QED effects have also been included. The calculated results are in good agreement with the available data. The theoretical spectra of different spectator electrons of the double K hole state have been predicted. The spectator electron effects on the transition spectra have been analyzed in detail. The present results will be helpful for analyzing the high energy X-ray spectrum observed from the interaction between high energy highly charged ions and the surface.

双电子E1之间的跃迁能，概率和振子强度 $2s2p^{ñ}$ 和 $\mathrm{1个}{s}^{2}2p^{ñ-\mathrm{1个}}（\mathrm{1个}\le ñ\le 6$）Xe的配置${}^{q+}（47\le q\le 52$）的电子具有不同的观众已经基于多重配置Dirac-Hartree-Fock方法计算。借助主动空间法构造了一个合理的电子相关模型。还包括了核的有限质量，Breit相互作用和QED效应。计算结果与可用数据高度吻合。预测了双K空穴态的不同电子的理论光谱。观众的电子对跃迁光谱的影响已被详细分析。本结果将有助于分析从高能高电荷离子与表面之间的相互作用观察到的高能X射线光谱。