Paper Title
Determination of The Dependence of Thermoluminist Dosimeter Readings on The Radiation Energy

Abstract
In recent decades, various ionizing radiation detection systems and measurement devices have been developed, many of which are now routinely used for environmental monitoring and occupational dose control. One such system relies on the property of certain materials to emit light when heated after being exposed to radiation, a technique known as thermolumine scent dosimetry (TLD). TLD-100 dosimeters, made from lithium fluoride (LiF) crystals doped with impurities such as phosphorus (P), magnesium (Mg), and titanium (Ti), play a crucial role in radiation protection efforts. These dosimeters are widely used to detect and evaluate the occupational doses received by individuals working with ionizing radiation sources in industries, medical settings, and other environments. To ensure accurate and reliable measurements, TLD-100 dosimeters must be properly calibrated and their response to different radiation energies carefully analyzed. Keywords - Dosimetry, TLD, Fil, Energy, Calibration