In this study, we have synthesized CaF₂:Nd³⁺,Ce³⁺ phosphors by solid state reaction method. The thermoluminescence (TL) properties of the family of synthesized phosphors (CaF₂:Ce³⁺ and CaF₂:Ce³⁺,Nd³⁺) were investigated using a combination of a SCHOTT BG39 and HC414/46 filters. This gave the highest TL intensity of each phosphor after 10 Gy β-irradiation. Two TL glow peaks of CaF₂:Nd³⁺,Ce³⁺ phosphor are centered at around 90 and 265 °C (with a heating rate of 2 °Cs⁻¹). The glow peaks displayed a linear dose response in the range of 0.1–50 Gy. Various heating rates (VHR) were performed between 0.5 and 10 °Cs⁻¹. It was seen that the TL intensity at 90 °C decreases and peak maximum temperature shifts to higher temperatures with an increasing heating rate. The TL intensity of the glow peak located at 265 °C increases with heating rate. The initial rise (IR) applied after T_M–T_stop experiment and computerized glow curve deconvolution (CGCD) methods in addition to the VHR method on the glow curves of CaF₂:Nd³⁺,Ce³⁺ phosphor were used to determine the number of peaks, the order of kinetics (b), activation energy (E) and frequency factor (s). The response of TL glow curves remained constant within ±2% deviation from the initial value after 10 cycles of reuse.

在本研究中，我们通过固相反应法合成了CaF ₂：Nd ³⁺，Ce ³⁺荧光粉。使用SCHOTT BG39和HC414 / 46滤光片的组合，研究了合成荧光粉家族（CaF ₂：Ce ³⁺和CaF ₂：Ce ³⁺，Nd ³⁺）的热致发光（TL）特性。在10 Gyβ辐照后，每种荧光粉的TL强度最高。CaF ₂：Nd ³⁺，Ce ³⁺荧光粉的两个TL辉光峰集中在90和265°C（加热速率为2°C s ^-1）。辉光峰显示0.1–50 Gy范围内的线性剂量响应。在0.5至10°Cs ^-1之间执行各种加热速率（VHR）。可以看出，随着加热速率的增加，在90°C时的TL强度降低，并且最大峰值温度移至更高的温度。265°C时辉光峰的TL强度随加热速率而增加。初始上升（IR）之后施加Ť_中号- Ť_停止实验和计算机化辉光曲线去卷积除了上的CaF的辉光曲线的VHR方法（CGCD）方法₂：钕³⁺，Ce的³⁺荧光粉用于确定峰数，动力学顺序（b），活化能（E）和频率因子（s）。在重复使用10个循环后，TL辉光曲线的响应与初始值的偏差保持在恒定值的±2％以内。