The response of the recently developed Tl₂LiYCl₆(Ce) scintillator to neutrons was measured and the ³⁵Cl(n,p) channel observed in the material for the first time. The scintillator was exposed to a ²⁵²Cf source mounted within a parallel-plate avalanche counter for fission-fragment coincident measurements. Proton- and $t+\alpha$-like events are selected with the pulse-shape discrimination technique. Comparison of energy-deposition and time-of-flight allows the quenching of the different channels to be assessed. The ⁶Li(n,t)$\alpha$ channel is found to have its energy quenched to 37(1)% relative to $\gamma$-ray detection, while the proton energy deposition spectrum is quenched to 60(1)%.

测量了最近开发的Tl ₂ LiYCl ₆（Ce）闪烁体对中子的响应，并首次在材料中观察到³⁵ Cl（n，p）通道。闪烁体暴露于安装在平行板雪崩计数器内的²⁵² Cf震源，用于裂变碎片同时测量。质子和$Ť+\alpha$用脉冲形状鉴别技术选择类事件。能量沉积和飞行时间的比较允许评估不同通道的淬灭。的⁶李（N，T）$\alpha$ 发现通道相对于通道的能量淬灭到37（1）％ $\gamma$射线检测，而质子能量沉积谱被淬灭到60（1）％。