“Farg’onaazot”aj korxonasidagi qoplarni markirovkala sh va avtomatik xisobini yuritish

Аннотация

This manuscript discusses the application of radiometry in radiation medicine, focusing on the diverse detectors employed in detecting radiation. The advantages of high- pressure xenon gamma spectrometers developed by MEPhI researchers are highlighted, demonstrating their potential superiority in nuclear medicine applications. Keywords: Gamma spectrometers, radiation medicine, xenon gamma spectrometers, energy resolution. In nuclear medicine, radiometry methods are utilized to measure the intensity of ionizing radiation traversing a patient's body, discern its energy spectrum, and generate a dynamic three- dimensional image. Radionuclide medicine employs radiometry for tasks such as qualitative and quantitative analyses of radionuclides either in a sample (in vitro) or within the patient's body (in vivo). This includes monitoring shifts in the quality and quantity of radiopharmaceuticals during certain medical processes, mapping a three-dimensional radiation field around the patient, and 29