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Thermoluminescence response of Ge-doped optical fiber dosimeters with different core sizes

机译:不同纤芯尺寸的掺Ge光纤剂量计的热致发光响应

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Thermoluminescence (TL) properties of five different core diameter of 6 mol% germanium (Ge) doped optical fibers have been investigated for the purpose of TL dosimetry. The optical fiber dosimeter TL properties is compared with commercially available TLD-100 chips (LiF:Mg,Ti). Samples were irradiated using Cobalt-60 standard radiation source ranging from 1Gy to 10 Gy. These fibers show good linear dose response up to 10 Gy. Highest core diameter of Ge doped optical fiber (core 100 µm) provides the best response among all fibers. We observe the larger core fiber show better response than smaller core fiber. The relative sensitivity of 100 µm core optical fiber is 0.26 ± 0.04 with respect to TLD-100 chip.
机译:为了TL剂量测定法,已经研究了5种不同芯直径的6mol%掺杂锗(Ge)的光纤的热致发光(TL)特性。将光纤剂量计TL特性与市售TLD-100芯片(LiF:Mg,Ti)进行了比较。使用范围从1Gy到10 Gy的Cobalt-60标准辐射源辐照样品。这些纤维表现出良好的线性剂量响应,最高可达10 Gy。掺锗光纤的最大纤芯直径(纤芯为100 µm)可在所有光纤中提供最佳响应。我们观察到较大的芯纤维比较小的芯纤维显示出更好的响应。相对于TLD-100芯片,100 µm芯线光纤的相对灵敏度为0.26±0.04。

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