Production of Thermoluminescent Dosimetry (TLD) Chip from LiF Powder using Thermal Process Method and Comparing Energy and Density of its Traps with TLD100

Researchers have done many experiments to improve their dosimetry properties by adding impurities Thermoluminescent (TL) materials. Adding the TL material requires cost, time, and equipment. The purpose of this study was construct Dosimetry (TLD) chips through different thermal processes at temperatures near melting point Lithium Fluoride powder without properties, therefore additional expense similar LiF: Mg, Ti (TLD100) were made. In study, it observed that when new TLD made heated 830 °C cooled rapidly, they had an almost identical glow curve temperature TM maximum intensity (glow peak) TLD100. On other hand, in paper, we used three analysis methods determine trap depth (E) contraction trapped electrons (n). Computational equations such as Randall-Wilkins [1], Garlick-Gibson [2], Methods Analysis Employing Whole Glow Curve, computerized fitting procedures concentration energy traps compared with TLD100 traps.