In this study, the photon interaction and the electron nonproportional response of Cs₂LiYCl₆:Ce (CLYC) scintillation were studied. The radioactive source of ¹³⁷Cs that irradiated gamma rays with an energy of 662 keV were used in this experiment. For photon interaction, the mass attenuation coefficient ($\mu /\rho$), the effective atomic number ($Z_{eff}$) and the electron density ($N_{el}$) were measured with eight different gamma ray energies using Compton scattering technique. For nonproportional response, the coincidence electron energy spectra were recorded at seven scattering angles of 30°–120° using Compton coincidence technique. The values of $\mu /\rho$, $Z_{eff}$ and $N_{el}$ show decrease with the increasing of gamma ray energies. The nonproportional show that the CLYC demonstrated good proportional property all in the electron energy range of 99.24–450.59 keV.

在这项研究中，研究了Cs ₂ LiYCl ₆ :Ce (CLYC) 闪烁的光子相互作用和电子非比例响应。本实验使用¹³⁷ Cs放射源，其辐射能量为 662 keV 的伽马射线。对于光子相互作用，质量衰减系数 ($\mu /\rho$)，有效原子序数 ($Z_{\mathrm{电子}FF}$) 和电子密度 ($N_{\mathrm{电子}升}$) 使用康普顿散射技术用八种不同的伽马射线能量测量。对于非比例响应，使用康普顿重合技术在 30°–120° 的七个散射角处记录重合电子能谱。的价值观$\mu /\rho$, $Z_{\mathrm{电子}FF}$ 和 $N_{\mathrm{电子}升}$随伽马射线能量的增加而减小。非比例显示CLYC在99.24-450.59 keV的电子能量范围内均表现出良好的比例特性。