The values of the parameters ${\rho }^{pp},{\sigma }_{\text{tot}}^{pp}$ and $B^{pp}$ extracted in the region of Coulomb-nuclear interference (CNI) in the ATLAS and TOTEM experiments at energy $\sqrt{s}=13$ TeV are studied based on the general expression for the Coulomb-nuclear amplitude. Due to the significant differences between these data, we undertake both their joint analysis and the retrieval of parameter values separately for each experiment. A significant incompatibility of these parameters published by the ATLAS and TOTEM experiments is shown. This is especially noticeable in the case of ${\sigma }_{\text{tot}}$ and the situation is similar to what once happened at the TEVATRON: the values of ${\sigma }_{\text{tot}}^{ATLAS}$ with account of errors do not overlap with ${\sigma }_{\text{tot}}^{TOTEM}$.

参数值${\rho }^{pp},{\sigma }_{\text{总计}}^{pp}$和${乙}^{pp}$在 ATLAS 和 TOTEM 实验中的库仑核干扰 (CNI) 区域中提取的能量$\sqrt{s}=13$TeV 基于库仑核振幅的一般表达式进行研究。由于这些数据之间存在显着差异，我们对每个实验分别进行联合分析和参数值检索。ATLAS 和 TOTEM 实验公布的这些参数明显不兼容。这在以下情况下尤其明显${\sigma }_{\text{总计}}$这种情况与 TEVATRON 曾经发生过的情况类似：${\sigma }_{\text{总计}}^{A\mathrm{时间}LAS}$考虑到错误不与重叠${\sigma }_{\text{总计}}^{\mathrm{时间}氧\mathrm{时间}乙\mathrm{中号}}$。