We are presenting the transverse momentum \(p_{T}\) distributions of the strange hadrons: \(K_{s}^{0}\), \(\Lambda \) and \(\Xi ^{-}\) produced in proton–proton and proton–lead collisions at \(\sqrt{s_{NN}}=\;7\ TeV\) in the rapidity interval of \(\left| y\right| <2\) and for \(0<p_{T}<10\) GeV/c. Three event generators: \(EPOS-LHC\), \(EPOS-1.99\) and \(QGSJetII-04\), are used to perform the simulations. The models’ predictions for the \(p-p\) collisions are compared with the experimental data obtained by ALICE and CMS detectors. It is observed for the \(p-p\) collisions that the models’ predictions cannot describe the experimental data very well. However, for the case of \(p-Pb\) collisions the models’ predictions depend on the masses of strange particles.

我们正在展示奇异强子的横向动量\(p_{T}\)分布：\(K_{s}^{0}\) , \(\Lambda \)和\(\Xi ^{-}\)在\(\sqrt{s_{NN}}=\;7\ TeV\) 的质子-质子和质子-铅碰撞中产生，速度间隔为\(\left| y\right| <2\)并且对于\ (0<p_{T}<10\) GeV / c。三个事件生成器：\(EPOS-LHC\)、\(EPOS-1.99\)和\(QGSJetII-04\)用于执行模拟。模型对\(pp\)的预测碰撞与 ALICE 和 CMS 检测器获得的实验数据进行了比较。观察到\(pp\)碰撞，模型的预测不能很好地描述实验数据。然而，对于\(p-Pb\)碰撞的情况，模型的预测取决于奇怪粒子的质量。